
p r o g r a m  I S O _ 1 9 9 0 5 _ 1   w32 version 00.11     
------------------------------------   at 13:56:49 on 25-MAR-2024
jackup leg penetration assessment during preload according to ISO 19905-1 (2016)
(c) S.Kay Consultant, Leiderdorp, The Netherlands.
Please read the ISO_19905_1 Users Manual [ref SKA/MAN/001]
        and the ISO_19905_1 FAQ File     [ref SKA/FAQ/001].


 pidata: < --- BEGIN
 pidata: input  text file: "JOB.I01"
 pidata: output text file: "JOB.O01"
 pidata: output plot file: "BE.O01.PDF"
 pidata: program name    : "ISO_19905_1"

 pidata: rtitle          : "C1"
       : ptitle          : "C1"
       : projno          : "BE"
       : locatn          : "OMAN"

 pidata: END --- >

 gmdata: < --- BEGIN
 numsl
    3
  zdep      bden     su_top    su_bot     phi  
   [m]   [kN/m^3]    [kPa]      [kPa]    [deg] 
  0.00      9.00      0.00      0.00      28.0    
  8.30      8.50      100.      100.      0.00    
  15.5      9.00      220.      220.      0.00    
  28.1    
 gmdata: END --- >

 spfdat: < --- BEGIN
 spname
 CJ46
 spgeom
 CIRCULAR
 v_spud_total [m^3]
  225.    
 p_spud [kN]
 0.610E+05
 numsp_BH
    3
  sp_B      sp_H 
   [m]       [m] 
 0.800      0.00    
  1.00      1.00    
  13.8      1.90    
 spfdat: END --- >

 ssidat: < --- BEGIN
 sp_alpha
 0.600    
 i_bf i sqc
    1    1
 ssidat: END --- >

 resdat: < --- BEGIN
 alpha_b_tan_phi   alpha_b_su
 0.250     0.500    
 a_sq   b_sq   r_sq
  5.00     0.330      1.50    
 num_n_s
    1
 v_n_s
  3.00    
 resdat: END --- >

 s__out: < --- BEGIN
 ioutd
    2
 z_tip_verify_min   z_tip_verify_max
  2.30      10.0    
 s__out: END --- >

spudcan_mat_X_sub: < --- BEGIN
   V_D_maxB                            [m^3]:       49.1    
   V_D_missing                         [m^3]:       176.    
   sp_H_missing                          [m]:       3.52    
   sp_H                                  [m]:       5.42    
 > sp_H              sp_B
 > [m]               [m]
      0.800           0.00    
       1.00           1.00    
       13.8           1.90    
       0.00           5.42    
spudcan_mat_X_sub: END --- >


D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.400    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.400    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.400    
 < D_pt                                  [m]:      0.400    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.400    
 < z2                                    [m]:       3.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       3.60    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.152E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   114082.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   114082.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.400    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.400    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.400    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.435    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.400    
   Dtip/B                                [-]:      0.210E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.1    
   lambda = D/B_eq                       [-]:      0.435    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.93    
   su0 * Nc0                           [kPa]:       693.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       286.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   219698.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   219698.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       286.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   20341.75    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.435    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.400    
   Dtip/B                                [-]:      0.210E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.630E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.139E+07
   pi*B_eq*B_eq/4                      [m^2]:       286.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3968908E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.1    
   lambda = D/B_eq                       [-]:      0.812    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.45    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       286.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   508125.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   508125.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       60.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32405.06    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       286.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17511.96    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.400     0.400      13.8      0.00       114082.4       0.000000       0.000000        1   0.000000       0.000000       114082.4    *  1 GSS
 0.400      8.30      19.1      7.90       219698.3       0.000000       20341.75        2   20341.75       0.000000       199356.6       2 PTS>GSC
  8.30      15.5      19.1      7.20       508125.3       32405.06       17511.96        3   37853.71       32405.06       502676.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   114082.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.400    
 < D_pt                                  [m]:      0.400    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.400    
 < z2                                    [m]:       3.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       3.60    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.152E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   114082.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   114082.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.400    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.400    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.400    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.435    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.400    
   Dtip/B                                [-]:      0.210E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.1    
   lambda = D/B_eq                       [-]:      0.435    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.93    
   su0 * Nc0                           [kPa]:       693.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       286.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   219698.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   219698.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       286.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   20341.75    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.435    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.400    
   Dtip/B                                [-]:      0.210E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.630E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.139E+07
   pi*B_eq*B_eq/4                      [m^2]:       286.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3968908E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.1    
   lambda = D/B_eq                       [-]:      0.812    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.45    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       286.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   508125.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   508125.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       60.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32405.06    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       286.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17511.96    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.30    
   D                                     [m]:      0.400    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   114082.4    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   114082.4    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.400    
 < z2                                    [m]:       3.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       3.60    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.152E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   114082.4    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.400    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.400    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.400    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.400    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.30    
   z2                                    [m]:      0.400    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.400    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.400    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.30    
   D                                     [m]:      0.400    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.400    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   114082.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   114524.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.500    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.500    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.500    
 < D_pt                                  [m]:      0.500    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.500    
 < z2                                    [m]:       3.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       4.50    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   117922.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   117922.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.500    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.500    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.500    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.436    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.500    
   Dtip/B                                [-]:      0.263E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.436    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.93    
   su0 * Nc0                           [kPa]:       693.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       284.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   218230.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   218230.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       284.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19944.20    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.436    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.500    
   Dtip/B                                [-]:      0.263E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.628E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.138E+07
   pi*B_eq*B_eq/4                      [m^2]:       284.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3927482E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.815    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.46    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       284.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   504812.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   504812.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32291.88    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       284.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17389.84    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.500     0.500      13.8      0.00       117922.4       0.000000       0.000000        1   0.000000       0.000000       117922.4    *  1 GSS
 0.500      8.30      19.0      7.80       218230.7       0.000000       19944.20        2   19944.20       0.000000       198286.5       2 PTS>GSC
  8.30      15.5      19.0      7.20       504812.2       32291.88       17389.84        3   37334.04       32291.88       499770.0       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   117922.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.500    
 < D_pt                                  [m]:      0.500    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.500    
 < z2                                    [m]:       3.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       4.50    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   117922.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   117922.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.500    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.500    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.500    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.436    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.500    
   Dtip/B                                [-]:      0.263E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.436    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.93    
   su0 * Nc0                           [kPa]:       693.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       284.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   218230.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   218230.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       284.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19944.20    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.436    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.500    
   Dtip/B                                [-]:      0.263E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.628E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.138E+07
   pi*B_eq*B_eq/4                      [m^2]:       284.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3927482E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.815    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.46    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       284.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   504812.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   504812.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32291.88    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       284.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17389.84    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.40    
   D                                     [m]:      0.500    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   117922.4    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   117922.4    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.500    
 < z2                                    [m]:       3.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       4.50    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   117922.4    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.500    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.500    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.500    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.500    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.40    
   z2                                    [m]:      0.500    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.500    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.500    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.40    
   D                                     [m]:      0.500    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.500    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   117922.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   118364.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.600    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.600    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.600    
 < D_pt                                  [m]:      0.600    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.600    
 < z2                                    [m]:       4.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       5.40    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.229E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   121778.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   121778.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.600    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.600    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.600    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.438    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.600    
   Dtip/B                                [-]:      0.317E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.438    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       282.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   216768.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   216768.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       282.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19550.73    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.438    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.600    
   Dtip/B                                [-]:      0.317E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.626E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.138E+07
   pi*B_eq*B_eq/4                      [m^2]:       282.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3886344E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.818    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.46    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       282.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   501509.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   501509.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32178.69    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       282.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17268.15    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.600     0.600      13.8      0.00       121778.7       0.000000       0.000000        1   0.000000       0.000000       121778.7    *  1 GSS
 0.600      8.30      19.0      7.70       216768.0       0.000000       19550.73        2   19550.73       0.000000       197217.3       2 PTS>GSC
  8.30      15.5      19.0      7.20       501509.6       32178.69       17268.15        3   36818.87       32178.69       496869.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   121778.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.600    
 < D_pt                                  [m]:      0.600    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.600    
 < z2                                    [m]:       4.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       5.40    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.229E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   121778.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   121778.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.600    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.600    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.600    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.438    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.600    
   Dtip/B                                [-]:      0.317E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.438    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       768.    
   pi * B_eq * B_eq /4                 [m^2]:       282.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   216768.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   216768.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       282.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19550.73    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       19.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       19.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       19.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       19.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.438    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.600    
   Dtip/B                                [-]:      0.317E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.626E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.138E+07
   pi*B_eq*B_eq/4                      [m^2]:       282.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3886344E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       19.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       19.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       25.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       19.0    
   lambda = D/B_eq                       [-]:      0.818    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.46    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       282.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   501509.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   501509.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32178.69    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       19.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       282.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17268.15    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.50    
   D                                     [m]:      0.600    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   121778.7    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   121778.7    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.600    
 < z2                                    [m]:       4.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.01    
   p0                                  [kPa]:       5.40    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.229E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   121778.7    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.600    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.600    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.600    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.600    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.50    
   z2                                    [m]:      0.600    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.600    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.600    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.50    
   D                                     [m]:      0.600    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.600    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   121778.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   122220.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.700    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.700    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.700    
 < D_pt                                  [m]:      0.700    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.700    
 < z2                                    [m]:       4.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       6.30    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   125651.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   125651.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.700    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.700    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.700    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.439    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.700    
   Dtip/B                                [-]:      0.371E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.9    
   lambda = D/B_eq                       [-]:      0.439    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       280.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   215310.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   215310.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       280.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19161.31    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.439    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.700    
   Dtip/B                                [-]:      0.371E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.624E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.137E+07
   pi*B_eq*B_eq/4                      [m^2]:       280.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3845495E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.9    
   lambda = D/B_eq                       [-]:      0.821    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       280.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   498217.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   498217.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32065.51    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       280.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17146.88    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.700     0.700      13.8      0.00       125651.2       0.000000       0.000000        1   0.000000       0.000000       125651.2    *  1 GSS
 0.700      8.30      18.9      7.60       215310.2       0.000000       19161.31        2   19161.31       0.000000       196148.9       2 PTS>GSC
  8.30      15.5      18.9      7.20       498217.6       32065.51       17146.88        3   36308.19       32065.51       493974.9       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   125651.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.700    
 < D_pt                                  [m]:      0.700    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.700    
 < z2                                    [m]:       4.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       6.30    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   125651.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   125651.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.700    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.700    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.700    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.439    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.700    
   Dtip/B                                [-]:      0.371E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.9    
   lambda = D/B_eq                       [-]:      0.439    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       280.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   215310.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   215310.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       280.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   19161.31    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.439    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.700    
   Dtip/B                                [-]:      0.371E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.624E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.137E+07
   pi*B_eq*B_eq/4                      [m^2]:       280.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3845495E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.9    
   lambda = D/B_eq                       [-]:      0.821    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       280.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   498217.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   498217.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   32065.51    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       280.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17146.88    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.60    
   D                                     [m]:      0.700    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   125651.2    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   125651.2    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.700    
 < z2                                    [m]:       4.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       6.30    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   125651.2    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.700    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.700    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.700    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.700    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.60    
   z2                                    [m]:      0.700    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.700    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.700    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.60    
   D                                     [m]:      0.700    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.700    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   125651.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   126093.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.800    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.800    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.800    
 < D_pt                                  [m]:      0.800    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.800    
 < z2                                    [m]:       4.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       7.20    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.307E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   129540.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   129540.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.800    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.800    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.800    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.441    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.800    
   Dtip/B                                [-]:      0.425E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.441    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       278.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   213857.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   213857.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       278.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18775.93    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.441    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.800    
   Dtip/B                                [-]:      0.425E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.622E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.137E+07
   pi*B_eq*B_eq/4                      [m^2]:       278.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3804933E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.824    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       278.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   494936.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   494936.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31952.32    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       278.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17026.05    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.800     0.800      13.8      0.00       129540.0       0.000000       0.000000        1   0.000000       0.000000       129540.0    *  1 GSS
 0.800      8.30      18.8      7.50       213857.2       0.000000       18775.93        2   18775.93       0.000000       195081.3       2 PTS>GSC
  8.30      15.5      18.8      7.20       494936.2       31952.32       17026.05        3   35801.98       31952.32       491086.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   129540.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.800    
 < D_pt                                  [m]:      0.800    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.800    
 < z2                                    [m]:       4.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       7.20    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.307E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   129540.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   129540.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.800    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.800    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.800    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.441    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.800    
   Dtip/B                                [-]:      0.425E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.441    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       278.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   213857.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   213857.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       278.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18775.93    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.441    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.800    
   Dtip/B                                [-]:      0.425E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.622E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.137E+07
   pi*B_eq*B_eq/4                      [m^2]:       278.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3804933E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.824    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       278.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   494936.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   494936.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       59.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31952.32    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       278.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17026.05    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.70    
   D                                     [m]:      0.800    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   129540.0    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   129540.0    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.800    
 < z2                                    [m]:       4.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       7.20    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.307E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   129540.0    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.800    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.800    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.800    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.800    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.70    
   z2                                    [m]:      0.800    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.800    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.800    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.70    
   D                                     [m]:      0.800    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.800    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   129540.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   129982.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.900    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.900    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.900    
 < D_pt                                  [m]:      0.900    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.900    
 < z2                                    [m]:       4.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       8.10    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.346E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   133444.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   133444.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.900    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.900    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.900    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.443    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.900    
   Dtip/B                                [-]:      0.480E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.443    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       276.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   212409.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   212409.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       276.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18394.57    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.443    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.900    
   Dtip/B                                [-]:      0.480E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.619E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.136E+07
   pi*B_eq*B_eq/4                      [m^2]:       276.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3764658E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.827    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       276.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   491665.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   491665.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31839.14    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       276.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16905.64    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
 0.900     0.900      13.8      0.00       133444.9       0.000000       0.000000        1   0.000000       0.000000       133444.9    *  1 GSS
 0.900      8.30      18.8      7.40       212409.1       0.000000       18394.57        2   18394.57       0.000000       194014.6       2 PTS>GSC
  8.30      15.5      18.8      7.20       491665.4       31839.14       16905.64        3   35300.21       31839.14       488204.3       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   133444.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.900    
 < D_pt                                  [m]:      0.900    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.900    
 < z2                                    [m]:       4.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       8.10    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.346E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   133444.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   133444.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.900    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:      0.900    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:      0.900    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.443    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.900    
   Dtip/B                                [-]:      0.480E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.443    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.94    
   su0 * Nc0                           [kPa]:       694.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       276.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   212409.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   212409.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       276.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18394.57    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.443    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:      0.900    
   Dtip/B                                [-]:      0.480E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.619E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.136E+07
   pi*B_eq*B_eq/4                      [m^2]:       276.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3764658E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.8    
   lambda = D/B_eq                       [-]:      0.827    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.47    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       276.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   491665.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   491665.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31839.14    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       276.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16905.64    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.80    
   D                                     [m]:      0.900    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   133444.9    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   133444.9    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:      0.900    
 < z2                                    [m]:       4.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       8.10    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.346E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   133444.9    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.900    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:      0.900    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:      0.900    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.900    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.80    
   z2                                    [m]:      0.900    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:      0.900    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:      0.900    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.80    
   D                                     [m]:      0.900    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:      0.900    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   133444.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   133887.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       2.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.00    
 < D_pt                                  [m]:       1.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.00    
 < z2                                    [m]:       4.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.00    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.385E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   137366.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   137366.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.444    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.00    
   Dtip/B                                [-]:      0.535E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.7    
   lambda = D/B_eq                       [-]:      0.444    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       274.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   210965.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   210965.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       274.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18017.21    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.444    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.00    
   Dtip/B                                [-]:      0.535E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.617E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.136E+07
   pi*B_eq*B_eq/4                      [m^2]:       274.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3724667E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.7    
   lambda = D/B_eq                       [-]:      0.829    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       274.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   488405.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   488405.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31725.95    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       274.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16785.65    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.00      1.00      13.8      0.00       137366.1       0.000000       0.000000        1   0.000000       0.000000       137366.1    *  1 GSS
  1.00      8.30      18.7      7.30       210965.9       0.000000       18017.21        2   18017.21       0.000000       192948.7       2 PTS>GSC
  8.30      15.5      18.7      7.20       488405.1       31725.95       16785.65        3   34802.86       31725.95       485328.2       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   137366.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  2.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.00    
 < D_pt                                  [m]:       1.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.00    
 < z2                                    [m]:       4.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.00    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.385E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   137366.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   137366.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.444    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.00    
   Dtip/B                                [-]:      0.535E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.7    
   lambda = D/B_eq                       [-]:      0.444    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       274.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   210965.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   210965.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       274.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   18017.21    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.444    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.00    
   Dtip/B                                [-]:      0.535E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.617E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.136E+07
   pi*B_eq*B_eq/4                      [m^2]:       274.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3724667E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.7    
   lambda = D/B_eq                       [-]:      0.829    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.164E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       274.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   488405.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   488405.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31725.95    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       274.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16785.65    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       2.90    
   D                                     [m]:       1.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   137366.1    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   137366.1    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.00    
 < z2                                    [m]:       4.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.00    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.385E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   137366.1    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       2.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       2.90    
   z2                                    [m]:       1.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       2.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       2.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       2.90    
   D                                     [m]:       1.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   137366.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   137808.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  2.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.10    
 < D_pt                                  [m]:       1.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.10    
 < z2                                    [m]:       4.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.90    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.424E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   141303.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   141303.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.446    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.10    
   Dtip/B                                [-]:      0.591E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.446    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       272.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   209527.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   209527.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       272.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17643.83    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.446    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.10    
   Dtip/B                                [-]:      0.591E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.615E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.135E+07
   pi*B_eq*B_eq/4                      [m^2]:       272.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3684961E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.832    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       272.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   485155.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   485155.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31612.76    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       272.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16666.10    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.10      1.10      13.8      0.00       141303.4       0.000000       0.000000        1   0.000000       0.000000       141303.4    *  1 GSS
  1.10      8.30      18.6      7.20       209527.5       0.000000       17643.83        2   17643.83       0.000000       191883.7       2 PTS>GSC
  8.30      15.5      18.6      7.20       485155.4       31612.76       16666.10        3   34309.93       31612.76       482458.2       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   141303.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.10    
 < D_pt                                  [m]:       1.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.10    
 < z2                                    [m]:       4.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.90    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.424E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   141303.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   141303.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.446    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.10    
   Dtip/B                                [-]:      0.591E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.446    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       769.    
   pi * B_eq * B_eq /4                 [m^2]:       272.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   209527.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   209527.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       272.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17643.83    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.446    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.10    
   Dtip/B                                [-]:      0.591E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.615E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.135E+07
   pi*B_eq*B_eq/4                      [m^2]:       272.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3684961E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.832    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       272.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   485155.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   485155.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31612.76    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       272.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16666.10    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.00    
   D                                     [m]:       1.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   141303.4    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   141303.4    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.10    
 < z2                                    [m]:       4.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.02    
   p0                                  [kPa]:       9.90    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.424E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   141303.4    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.00    
   z2                                    [m]:       1.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.00    
   D                                     [m]:       1.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   141303.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   141745.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.20    
 < D_pt                                  [m]:       1.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.20    
 < z2                                    [m]:       4.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       10.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.464E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   145256.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   145256.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.447    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.20    
   Dtip/B                                [-]:      0.647E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.447    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       270.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   208094.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   208094.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       270.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17274.41    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.447    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.20    
   Dtip/B                                [-]:      0.647E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.613E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.135E+07
   pi*B_eq*B_eq/4                      [m^2]:       270.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3645538E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.835    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       270.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   481916.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   481916.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31499.58    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       270.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16546.97    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.20      1.20      13.8      0.00       145256.7       0.000000       0.000000        1   0.000000       0.000000       145256.7    *  1 GSS
  1.20      8.30      18.6      7.10       208094.0       0.000000       17274.41        2   17274.41       0.000000       190819.6       2 PTS>GSC
  8.30      15.5      18.6      7.20       481916.2       31499.58       16546.97        3   33821.38       31499.58       479594.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   145256.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.20    
 < D_pt                                  [m]:       1.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.20    
 < z2                                    [m]:       4.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       10.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.464E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   145256.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   145256.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.447    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.20    
   Dtip/B                                [-]:      0.647E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.447    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       270.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   208094.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   208094.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       270.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   17274.41    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.447    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.20    
   Dtip/B                                [-]:      0.647E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.613E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.135E+07
   pi*B_eq*B_eq/4                      [m^2]:       270.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3645538E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.6    
   lambda = D/B_eq                       [-]:      0.835    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.48    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       270.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   481916.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   481916.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31499.58    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       270.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16546.97    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.10    
   D                                     [m]:       1.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   145256.7    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   145256.7    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.20    
 < z2                                    [m]:       4.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       10.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.464E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   145256.7    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.10    
   z2                                    [m]:       1.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.10    
   D                                     [m]:       1.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   145256.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   145698.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.30    
 < D_pt                                  [m]:       1.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.30    
 < z2                                    [m]:       4.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       11.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.503E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   149226.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   149226.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.449    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.30    
   Dtip/B                                [-]:      0.703E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.5    
   lambda = D/B_eq                       [-]:      0.449    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       268.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   206665.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   206665.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       268.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16908.93    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.449    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.30    
   Dtip/B                                [-]:      0.703E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.611E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.134E+07
   pi*B_eq*B_eq/4                      [m^2]:       268.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3606398E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.5    
   lambda = D/B_eq                       [-]:      0.838    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.49    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       268.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   478687.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   478687.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31386.39    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       268.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16428.27    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.30      1.30      13.8      0.00       149226.2       0.000000       0.000000        1   0.000000       0.000000       149226.2    *  1 GSS
  1.30      8.30      18.5      7.00       206665.4       0.000000       16908.93        2   16908.93       0.000000       189756.5       2 PTS>GSC
  8.30      15.5      18.5      7.20       478687.6       31386.39       16428.27        3   33337.20       31386.39       476736.8       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   149226.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.30    
 < D_pt                                  [m]:       1.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.30    
 < z2                                    [m]:       4.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       11.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.503E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   149226.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   149226.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.449    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.30    
   Dtip/B                                [-]:      0.703E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.5    
   lambda = D/B_eq                       [-]:      0.449    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       268.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   206665.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   206665.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       7.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       268.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16908.93    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.449    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.30    
   Dtip/B                                [-]:      0.703E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.611E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.134E+07
   pi*B_eq*B_eq/4                      [m^2]:       268.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3606398E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.5    
   lambda = D/B_eq                       [-]:      0.838    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.49    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       268.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   478687.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   478687.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       58.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31386.39    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       268.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16428.27    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.20    
   D                                     [m]:       1.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   149226.2    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   149226.2    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.30    
 < z2                                    [m]:       4.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       11.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.503E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   149226.2    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.20    
   z2                                    [m]:       1.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.20    
   D                                     [m]:       1.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   149226.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   149668.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.40    
 < D_pt                                  [m]:       1.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.40    
 < z2                                    [m]:       4.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       12.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.543E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   153211.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   153211.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.451    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.40    
   Dtip/B                                [-]:      0.760E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.451    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       266.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   205241.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   205241.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       266.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16547.38    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.451    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.40    
   Dtip/B                                [-]:      0.760E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.608E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.134E+07
   pi*B_eq*B_eq/4                      [m^2]:       266.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3567538E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.841    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.49    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       266.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   475469.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   475469.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31273.21    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       266.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16309.99    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.40      1.40      13.8      0.00       153211.7       0.000000       0.000000        1   0.000000       0.000000       153211.7    *  1 GSS
  1.40      8.30      18.4      6.90       205241.7       0.000000       16547.38        2   16547.38       0.000000       188694.3       2 PTS>GSC
  8.30      15.5      18.4      7.20       475469.6       31273.21       16309.99        3   32857.38       31273.21       473885.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   153211.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.40    
 < D_pt                                  [m]:       1.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.40    
 < z2                                    [m]:       4.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       12.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.543E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   153211.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   153211.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.451    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.40    
   Dtip/B                                [-]:      0.760E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.451    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.95    
   su0 * Nc0                           [kPa]:       695.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       266.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   205241.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   205241.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       266.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16547.38    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.451    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.40    
   Dtip/B                                [-]:      0.760E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.608E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.134E+07
   pi*B_eq*B_eq/4                      [m^2]:       266.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3567538E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.841    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.49    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.178E+04
   pi * B_eq * B_eq /4                 [m^2]:       266.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   475469.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   475469.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31273.21    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       266.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16309.99    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.30    
   D                                     [m]:       1.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   153211.7    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   153211.7    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.40    
 < z2                                    [m]:       4.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       12.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.543E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   153211.7    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.30    
   z2                                    [m]:       1.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.30    
   D                                     [m]:       1.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   153211.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   153653.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.50    
 < D_pt                                  [m]:       1.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.50    
 < z2                                    [m]:       4.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       13.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.583E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   157213.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   157213.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.452    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.50    
   Dtip/B                                [-]:      0.817E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.452    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       265.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   203822.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   203822.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       265.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16189.74    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.452    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.50    
   Dtip/B                                [-]:      0.817E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.606E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.133E+07
   pi*B_eq*B_eq/4                      [m^2]:       265.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3528959E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.845    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       265.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   472262.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   472262.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31160.02    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       265.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16192.15    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.50      1.50      13.8      0.00       157213.2       0.000000       0.000000        1   0.000000       0.000000       157213.2    *  1 GSS
  1.50      8.30      18.4      6.80       203822.8       0.000000       16189.74        2   16189.74       0.000000       187633.0       2 PTS>GSC
  8.30      15.5      18.4      7.20       472262.2       31160.02       16192.15        3   32381.89       31160.02       471040.3       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   157213.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.50    
 < D_pt                                  [m]:       1.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.50    
 < z2                                    [m]:       4.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       13.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.583E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   157213.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   157213.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.452    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.50    
   Dtip/B                                [-]:      0.817E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.452    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       770.    
   pi * B_eq * B_eq /4                 [m^2]:       265.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   203822.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   203822.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       6.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       265.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16189.74    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.452    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.50    
   Dtip/B                                [-]:      0.817E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.606E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.133E+07
   pi*B_eq*B_eq/4                      [m^2]:       265.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3528959E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.4    
   lambda = D/B_eq                       [-]:      0.845    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       265.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   472262.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   472262.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31160.02    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       265.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16192.15    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.40    
   D                                     [m]:       1.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   157213.2    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   157213.2    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.50    
 < z2                                    [m]:       4.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       13.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.583E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   157213.2    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.40    
   z2                                    [m]:       1.50    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.40    
   D                                     [m]:       1.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   157213.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   157655.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.60    
 < D_pt                                  [m]:       1.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.60    
 < z2                                    [m]:       5.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       14.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.623E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   161230.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   161230.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.454    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.60    
   Dtip/B                                [-]:      0.875E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.3    
   lambda = D/B_eq                       [-]:      0.454    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       263.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   202408.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   202408.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       6.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       6.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       263.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15835.98    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.454    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.60    
   Dtip/B                                [-]:      0.875E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.604E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.133E+07
   pi*B_eq*B_eq/4                      [m^2]:       263.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3490659E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.3    
   lambda = D/B_eq                       [-]:      0.848    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       263.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   469065.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   469065.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31046.84    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       263.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16074.73    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.60      1.60      13.8      0.00       161230.6       0.000000       0.000000        1   0.000000       0.000000       161230.6    *  1 GSS
  1.60      8.30      18.3      6.70       202408.8       0.000000       15835.98        2   15835.98       0.000000       186572.8       2 PTS>GSC
  8.30      15.5      18.3      7.20       469065.3       31046.84       16074.73        3   31910.71       31046.84       468201.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   161230.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.60    
 < D_pt                                  [m]:       1.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.60    
 < z2                                    [m]:       5.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       14.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.623E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   161230.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   161230.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.454    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.60    
   Dtip/B                                [-]:      0.875E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.3    
   lambda = D/B_eq                       [-]:      0.454    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       263.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   202408.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   202408.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       6.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       6.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       263.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15835.98    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.454    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.60    
   Dtip/B                                [-]:      0.875E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.604E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.133E+07
   pi*B_eq*B_eq/4                      [m^2]:       263.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3490659E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.3    
   lambda = D/B_eq                       [-]:      0.848    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       263.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   469065.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   469065.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   31046.84    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       263.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   16074.73    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.50    
   D                                     [m]:       1.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   161230.6    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   161230.6    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.60    
 < z2                                    [m]:       5.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.03    
   p0                                  [kPa]:       14.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.623E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   161230.6    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.50    
   z2                                    [m]:       1.60    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.50    
   D                                     [m]:       1.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   161230.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   161672.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.70    
 < D_pt                                  [m]:       1.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.70    
 < z2                                    [m]:       5.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       15.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.664E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   165263.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   165263.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.456    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.70    
   Dtip/B                                [-]:      0.933E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.456    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       261.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   200999.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   200999.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       261.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15486.09    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.456    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.70    
   Dtip/B                                [-]:      0.933E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.602E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.132E+07
   pi*B_eq*B_eq/4                      [m^2]:       261.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3452637E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.851    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       261.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   465879.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   465879.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30933.65    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       261.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15957.74    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.70      1.70      13.8      0.00       165263.9       0.000000       0.000000        1   0.000000       0.000000       165263.9    *  1 GSS
  1.70      8.30      18.2      6.60       200999.6       0.000000       15486.09        2   15486.09       0.000000       185513.5       2 PTS>GSC
  8.30      15.5      18.2      7.20       465879.0       30933.65       15957.74        3   31443.82       30933.65       465368.8       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   165263.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.70    
 < D_pt                                  [m]:       1.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.70    
 < z2                                    [m]:       5.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       15.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.664E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   165263.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   165263.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.456    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.70    
   Dtip/B                                [-]:      0.933E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.456    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       261.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   200999.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   200999.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       261.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15486.09    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.456    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.70    
   Dtip/B                                [-]:      0.933E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.602E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.132E+07
   pi*B_eq*B_eq/4                      [m^2]:       261.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3452637E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.851    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.50    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       261.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   465879.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   465879.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30933.65    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       261.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15957.74    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.60    
   D                                     [m]:       1.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   165263.9    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   165263.9    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.70    
 < z2                                    [m]:       5.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       15.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.664E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   165263.9    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.60    
   z2                                    [m]:       1.70    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.60    
   D                                     [m]:       1.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   165263.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   165706.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.80    
 < D_pt                                  [m]:       1.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.80    
 < z2                                    [m]:       5.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       16.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.704E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   169313.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   169313.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.457    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.80    
   Dtip/B                                [-]:      0.992E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.457    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       259.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   199595.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   199595.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       259.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15140.04    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.457    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.80    
   Dtip/B                                [-]:      0.992E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.600E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.132E+07
   pi*B_eq*B_eq/4                      [m^2]:       259.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3414892E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.854    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.51    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       259.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   462703.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   462703.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30820.46    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       259.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15841.17    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.80      1.80      13.8      0.00       169313.0       0.000000       0.000000        1   0.000000       0.000000       169313.0    *  1 GSS
  1.80      8.30      18.2      6.50       199595.3       0.000000       15140.04        2   15140.04       0.000000       184455.3       2 PTS>GSC
  8.30      15.5      18.2      7.20       462703.3       30820.46       15841.17        3   30981.22       30820.46       462542.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   169313.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.80    
 < D_pt                                  [m]:       1.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.80    
 < z2                                    [m]:       5.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       16.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.704E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   169313.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   169313.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.457    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.80    
   Dtip/B                                [-]:      0.992E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.457    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.96    
   su0 * Nc0                           [kPa]:       696.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       259.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   199595.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   199595.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       6.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       259.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15140.04    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.457    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.80    
   Dtip/B                                [-]:      0.992E-01
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.600E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.132E+07
   pi*B_eq*B_eq/4                      [m^2]:       259.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3414892E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.2    
   lambda = D/B_eq                       [-]:      0.854    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.51    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       259.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   462703.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   462703.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       57.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30820.46    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       259.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15841.17    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.70    
   D                                     [m]:       1.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   169313.0    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   169313.0    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.80    
 < z2                                    [m]:       5.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       16.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.704E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   169313.0    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.70    
   z2                                    [m]:       1.80    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.70    
   D                                     [m]:       1.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   169313.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   169755.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.90    
 < D_pt                                  [m]:       1.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.90    
 < z2                                    [m]:       5.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       17.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.745E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   173377.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   173377.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.459    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.90    
   Dtip/B                                [-]:      0.105    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.1    
   lambda = D/B_eq                       [-]:      0.459    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       257.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   198195.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   198195.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       6.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       6.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       257.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14797.83    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.459    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.90    
   Dtip/B                                [-]:      0.105    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.597E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.131E+07
   pi*B_eq*B_eq/4                      [m^2]:       257.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3377423E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.1    
   lambda = D/B_eq                       [-]:      0.857    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.51    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       257.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   459538.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   459538.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30707.28    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       257.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15725.04    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  1.90      1.90      13.8      0.00       173377.9       0.000000       0.000000        1   0.000000       0.000000       173377.9    *  1 GSS
  1.90      8.30      18.1      6.40       198195.9       0.000000       14797.83        2   14797.83       0.000000       183398.1       2 PTS>GSC
  8.30      15.5      18.1      7.20       459538.1       30707.28       15725.04        3   30522.86       30707.28       459722.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   173377.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.90    
 < D_pt                                  [m]:       1.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.90    
 < z2                                    [m]:       5.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       17.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.745E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   173377.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   173377.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       1.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       1.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.459    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.90    
   Dtip/B                                [-]:      0.105    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.1    
   lambda = D/B_eq                       [-]:      0.459    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       771.    
   pi * B_eq * B_eq /4                 [m^2]:       257.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   198195.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   198195.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       6.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       6.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       257.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14797.83    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.459    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       1.90    
   Dtip/B                                [-]:      0.105    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.597E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.131E+07
   pi*B_eq*B_eq/4                      [m^2]:       257.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3377423E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.1    
   lambda = D/B_eq                       [-]:      0.857    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.51    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       257.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   459538.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   459538.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30707.28    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       257.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15725.04    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.80    
   D                                     [m]:       1.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   173377.9    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   173377.9    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       1.90    
 < z2                                    [m]:       5.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       17.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.745E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   173377.9    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       1.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       1.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.80    
   z2                                    [m]:       1.90    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       1.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       1.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.80    
   D                                     [m]:       1.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       1.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   173377.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   173820.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       3.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.00    
 < D_pt                                  [m]:       2.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.00    
 < z2                                    [m]:       5.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       18.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.786E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   177458.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   177458.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.461    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.00    
   Dtip/B                                [-]:      0.111    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.461    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       255.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   196801.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   196801.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       255.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14459.43    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.461    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.00    
   Dtip/B                                [-]:      0.111    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.595E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.131E+07
   pi*B_eq*B_eq/4                      [m^2]:       255.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3340229E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.860    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       255.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   456383.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   456383.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30594.09    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       255.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15609.33    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.00      2.00      13.8      0.00       177458.6       0.000000       0.000000        1   0.000000       0.000000       177458.6    *  1 GSS
  2.00      8.30      18.0      6.30       196801.4       0.000000       14459.43        2   14459.43       0.000000       182341.9       2 PTS>GSC
  8.30      15.5      18.0      7.20       456383.5       30594.09       15609.33        3   30068.75       30594.09       456908.9       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   177458.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  3.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.00    
 < D_pt                                  [m]:       2.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.00    
 < z2                                    [m]:       5.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       18.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.786E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   177458.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   177458.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.461    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.00    
   Dtip/B                                [-]:      0.111    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.461    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       255.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   196801.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   196801.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       255.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14459.43    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.461    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.00    
   Dtip/B                                [-]:      0.111    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.595E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.131E+07
   pi*B_eq*B_eq/4                      [m^2]:       255.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3340229E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       9.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.860    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       255.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   456383.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   456383.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30594.09    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       255.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15609.33    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       3.90    
   D                                     [m]:       2.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   177458.6    *
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   177458.6    
                       Qv_fmode, failure mode  :   'GSS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.00    
 < z2                                    [m]:       5.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.04    
   p0                                  [kPa]:       18.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.786E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   177458.6    
Qv_GSS_fun: END --- >


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       3.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       3.90    
   z2                                    [m]:       2.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       3.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       3.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       3.90    
   D                                     [m]:       2.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   177458.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   177900.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  3.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSS

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.10    
 < D_pt                                  [m]:       2.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.10    
 < z2                                    [m]:       5.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       18.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.827E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   181554.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   181554.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.462    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.10    
   Dtip/B                                [-]:      0.117    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.462    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       253.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   195411.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   195411.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       253.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14124.82    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.462    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.10    
   Dtip/B                                [-]:      0.117    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.593E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       253.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3303309E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.863    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       253.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   453239.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   453239.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30480.91    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       253.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15494.04    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.10      2.10      13.8      0.00       181554.9       0.000000       0.000000        1   0.000000       0.000000       181554.9       2 GSS
  2.10      8.30      18.0      6.20       195411.7       0.000000       14124.82        2   14124.82       0.000000       181286.9    *  1 PTS>GSC
  8.30      15.5      18.0      7.20       453239.5       30480.91       15494.04        3   29618.86       30480.91       454101.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   181286.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.10    
 < D_pt                                  [m]:       2.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.10    
 < z2                                    [m]:       5.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       18.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.827E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   181554.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   181554.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.462    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.10    
   Dtip/B                                [-]:      0.117    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.462    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       253.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   195411.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   195411.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       6.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       253.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14124.82    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       18.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       18.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       18.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       18.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.462    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.10    
   Dtip/B                                [-]:      0.117    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.593E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       253.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3303309E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       18.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       18.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       18.0    
   lambda = D/B_eq                       [-]:      0.863    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.165E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       253.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   453239.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   453239.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30480.91    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       18.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       253.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15494.04    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.00    
   D                                     [m]:       2.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   181554.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   181286.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.10    
 < z2                                    [m]:       5.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       18.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.827E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   181554.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       18.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   192353.3    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   192353.3    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   181286.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.00    
   z2                                    [m]:       2.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.00    
   D                                     [m]:       2.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   181286.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   181729.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.20    
 < D_pt                                  [m]:       2.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.20    
 < z2                                    [m]:       5.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       19.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.868E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   185666.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   185666.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.464    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.20    
   Dtip/B                                [-]:      0.123    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.9    
   lambda = D/B_eq                       [-]:      0.464    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       251.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   194026.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   194026.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       6.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       6.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       251.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13793.98    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.464    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.20    
   Dtip/B                                [-]:      0.123    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.591E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       251.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3266663E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.9    
   lambda = D/B_eq                       [-]:      0.867    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       251.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   450106.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   450106.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30367.72    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       251.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15379.19    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.20      2.20      13.8      0.00       185666.7       0.000000       0.000000        1   0.000000       0.000000       185666.7       2 GSS
  2.20      8.30      17.9      6.10       194026.9       0.000000       13793.98        2   13793.98       0.000000       180232.9    *  1 PTS>GSC
  8.30      15.5      17.9      7.20       450106.1       30367.72       15379.19        3   29173.17       30367.72       451300.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   180232.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.20    
 < D_pt                                  [m]:       2.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.20    
 < z2                                    [m]:       5.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       19.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.868E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   185666.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   185666.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.464    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.20    
   Dtip/B                                [-]:      0.123    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.9    
   lambda = D/B_eq                       [-]:      0.464    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.97    
   su0 * Nc0                           [kPa]:       697.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       251.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   194026.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   194026.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       6.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       6.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       251.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13793.98    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.464    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.20    
   Dtip/B                                [-]:      0.123    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.591E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       251.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3266663E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.9    
   lambda = D/B_eq                       [-]:      0.867    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.52    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       251.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   450106.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   450106.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30367.72    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       251.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15379.19    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.10    
   D                                     [m]:       2.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   185666.7     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   180232.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.20    
 < z2                                    [m]:       5.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       19.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.868E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   185666.7    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.9    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   190989.3    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   190989.3    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   180232.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.10    
   z2                                    [m]:       2.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.10    
   D                                     [m]:       2.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   180232.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   180675.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.30    
 < D_pt                                  [m]:       2.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.30    
 < z2                                    [m]:       5.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       20.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.909E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   189794.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   189794.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.466    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.30    
   Dtip/B                                [-]:      0.129    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.466    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       249.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   192646.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   192646.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       6.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       6.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       249.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13466.90    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.466    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.30    
   Dtip/B                                [-]:      0.129    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.589E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       249.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3230288E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.870    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.53    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       249.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   446983.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   446983.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30254.54    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       249.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15264.76    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.30      2.30      13.8      0.00       189794.1       0.000000       0.000000        1   0.000000       0.000000       189794.1       2 GSS
  2.30      8.30      17.8      6.00       192646.9       0.000000       13466.90        2   13466.90       0.000000       179180.0    *  1 PTS>GSC
  8.30      15.5      17.8      7.20       446983.2       30254.54       15264.76        3   28731.66       30254.54       448506.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   179180.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.30    
 < D_pt                                  [m]:       2.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.30    
 < z2                                    [m]:       5.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       20.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.909E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   189794.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   189794.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.466    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.30    
   Dtip/B                                [-]:      0.129    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.466    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       772.    
   pi * B_eq * B_eq /4                 [m^2]:       249.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   192646.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   192646.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       6.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       6.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       6.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       249.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13466.90    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.466    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.30    
   Dtip/B                                [-]:      0.129    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.589E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.130E+07
   pi*B_eq*B_eq/4                      [m^2]:       249.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3230288E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.870    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.53    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       249.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   446983.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   446983.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       56.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30254.54    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       249.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15264.76    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.20    
   D                                     [m]:       2.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   189794.1     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   179180.0    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.30    
 < z2                                    [m]:       5.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       20.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.909E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   189794.1    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   189630.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   189630.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   179180.0    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.20    
   z2                                    [m]:       2.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.20    
   D                                     [m]:       2.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   179180.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   179622.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.40    
 < D_pt                                  [m]:       2.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.40    
 < z2                                    [m]:       5.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       21.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.951E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   193936.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   193936.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.468    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.40    
   Dtip/B                                [-]:      0.135    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.468    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       248.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   191271.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   191271.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       5.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       5.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       248.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13143.55    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.468    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.40    
   Dtip/B                                [-]:      0.135    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.586E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.129E+07
   pi*B_eq*B_eq/4                      [m^2]:       248.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3194185E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.873    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.53    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       248.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   443870.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   443870.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30141.35    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       248.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15150.76    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.40      2.40      13.8      0.00       193936.9       0.000000       0.000000        1   0.000000       0.000000       193936.9       2 GSS
  2.40      8.30      17.8      5.90       191271.9       0.000000       13143.55        2   13143.55       0.000000       178128.3    *  1 PTS>GSC
  8.30      15.5      17.8      7.20       443870.9       30141.35       15150.76        3   28294.31       30141.35       445717.9       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   178128.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.40    
 < D_pt                                  [m]:       2.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.40    
 < z2                                    [m]:       5.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       21.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.951E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   193936.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   193936.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.468    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.40    
   Dtip/B                                [-]:      0.135    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.468    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       248.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   191271.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   191271.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       5.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       5.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       248.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13143.55    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.468    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.40    
   Dtip/B                                [-]:      0.135    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.586E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.129E+07
   pi*B_eq*B_eq/4                      [m^2]:       248.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3194185E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.8    
   lambda = D/B_eq                       [-]:      0.873    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.53    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       248.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   443870.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   443870.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30141.35    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       248.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15150.76    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.30    
   D                                     [m]:       2.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   193936.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   178128.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.40    
 < z2                                    [m]:       5.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       21.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.951E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   193936.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   188275.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   188275.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   178128.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.30    
   z2                                    [m]:       2.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.30    
   D                                     [m]:       2.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   178128.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   178570.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.50    
 < D_pt                                  [m]:       2.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.50    
 < z2                                    [m]:       5.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       22.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.992E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   198095.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   198095.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.469    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.50    
   Dtip/B                                [-]:      0.141    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.7    
   lambda = D/B_eq                       [-]:      0.469    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       246.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   189901.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   189901.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       5.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       5.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       246.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12823.92    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.469    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.50    
   Dtip/B                                [-]:      0.141    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.584E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.129E+07
   pi*B_eq*B_eq/4                      [m^2]:       246.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3158351E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.7    
   lambda = D/B_eq                       [-]:      0.876    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.54    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       246.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   440769.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   440769.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30028.16    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       246.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15037.19    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.50      2.50      13.8      0.00       198095.1       0.000000       0.000000        1   0.000000       0.000000       198095.1       2 GSS
  2.50      8.30      17.7      5.80       189901.7       0.000000       12823.92        2   12823.92       0.000000       177077.7    *  1 PTS>GSC
  8.30      15.5      17.7      7.20       440769.2       30028.16       15037.19        3   27861.11       30028.16       442936.2       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   177077.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.50    
 < D_pt                                  [m]:       2.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.50    
 < z2                                    [m]:       5.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       22.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.992E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   198095.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   198095.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.469    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.50    
   Dtip/B                                [-]:      0.141    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.7    
   lambda = D/B_eq                       [-]:      0.469    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.98    
   su0 * Nc0                           [kPa]:       698.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       246.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   189901.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   189901.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       5.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       5.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       246.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12823.92    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.469    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.50    
   Dtip/B                                [-]:      0.141    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.584E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.129E+07
   pi*B_eq*B_eq/4                      [m^2]:       246.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3158351E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.7    
   lambda = D/B_eq                       [-]:      0.876    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.54    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       246.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   440769.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   440769.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30028.16    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       246.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   15037.19    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.40    
   D                                     [m]:       2.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   198095.1     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   177077.7    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.50    
 < z2                                    [m]:       5.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.05    
   p0                                  [kPa]:       22.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.992E+05
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   198095.1    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.7    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   186926.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   186926.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   177077.7    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.40    
   z2                                    [m]:       2.50    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.40    
   D                                     [m]:       2.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   177077.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   177519.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.60    
 < D_pt                                  [m]:       2.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.60    
 < z2                                    [m]:       6.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       23.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.103E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   202268.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   202268.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.471    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.60    
   Dtip/B                                [-]:      0.148    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.471    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       244.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   188536.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   188536.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       244.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12507.99    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.471    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.60    
   Dtip/B                                [-]:      0.148    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.582E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.128E+07
   pi*B_eq*B_eq/4                      [m^2]:       244.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3122787E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.880    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.54    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       244.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   437678.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   437678.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29914.98    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       244.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14924.04    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.60      2.60      13.8      0.00       202268.6       0.000000       0.000000        1   0.000000       0.000000       202268.6       2 GSS
  2.60      8.30      17.6      5.70       188536.3       0.000000       12507.99        2   12507.99       0.000000       176028.3    *  1 PTS>GSC
  8.30      15.5      17.6      7.20       437678.0       29914.98       14924.04        3   27432.03       29914.98       440161.0       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   176028.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.60    
 < D_pt                                  [m]:       2.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.60    
 < z2                                    [m]:       6.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       23.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.103E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   202268.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   202268.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.471    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.60    
   Dtip/B                                [-]:      0.148    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.471    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       244.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   188536.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   188536.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       244.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12507.99    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.471    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.60    
   Dtip/B                                [-]:      0.148    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.582E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.128E+07
   pi*B_eq*B_eq/4                      [m^2]:       244.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3122787E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.880    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.54    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.179E+04
   pi * B_eq * B_eq /4                 [m^2]:       244.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   437678.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   437678.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29914.98    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       244.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14924.04    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.50    
   D                                     [m]:       2.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   202268.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   176028.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.60    
 < z2                                    [m]:       6.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       23.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.103E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   202268.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   185581.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   185581.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   176028.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.50    
   z2                                    [m]:       2.60    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.50    
   D                                     [m]:       2.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   176028.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   176470.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.70    
 < D_pt                                  [m]:       2.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.70    
 < z2                                    [m]:       6.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       24.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.108E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   206457.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   206457.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.473    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.70    
   Dtip/B                                [-]:      0.154    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.473    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       242.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   187175.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   187175.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       242.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12195.74    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.473    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.70    
   Dtip/B                                [-]:      0.154    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.580E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.128E+07
   pi*B_eq*B_eq/4                      [m^2]:       242.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3087491E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.883    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       242.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   434597.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   434597.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29801.79    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       242.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14811.32    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.70      2.70      13.8      0.00       206457.4       0.000000       0.000000        1   0.000000       0.000000       206457.4       2 GSS
  2.70      8.30      17.6      5.60       187175.9       0.000000       12195.74        2   12195.74       0.000000       174980.1    *  1 PTS>GSC
  8.30      15.5      17.6      7.20       434597.4       29801.79       14811.32        3   27007.06       29801.79       437392.2       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   174980.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.70    
 < D_pt                                  [m]:       2.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.70    
 < z2                                    [m]:       6.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       24.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.108E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   206457.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   206457.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.473    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.70    
   Dtip/B                                [-]:      0.154    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.473    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       773.    
   pi * B_eq * B_eq /4                 [m^2]:       242.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   187175.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   187175.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       5.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       242.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12195.74    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.473    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.70    
   Dtip/B                                [-]:      0.154    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.580E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.128E+07
   pi*B_eq*B_eq/4                      [m^2]:       242.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3087491E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.6    
   lambda = D/B_eq                       [-]:      0.883    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       242.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   434597.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   434597.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       55.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29801.79    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       242.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14811.32    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.60    
   D                                     [m]:       2.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   206457.4     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   174980.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.70    
 < z2                                    [m]:       6.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       24.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.108E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   206457.4    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   184241.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   184241.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   174980.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.60    
   z2                                    [m]:       2.70    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.60    
   D                                     [m]:       2.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   174980.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   175422.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.80    
 < D_pt                                  [m]:       2.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.80    
 < z2                                    [m]:       6.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       25.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.112E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   210661.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   210661.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.475    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.80    
   Dtip/B                                [-]:      0.160    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.5    
   lambda = D/B_eq                       [-]:      0.475    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       240.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   185820.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   185820.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       5.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       5.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       240.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11887.15    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.475    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.80    
   Dtip/B                                [-]:      0.160    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.578E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.127E+07
   pi*B_eq*B_eq/4                      [m^2]:       240.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3052461E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.5    
   lambda = D/B_eq                       [-]:      0.886    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       240.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   431527.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   431527.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29688.61    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       240.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14699.03    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.80      2.80      13.8      0.00       210661.2       0.000000       0.000000        1   0.000000       0.000000       210661.2       2 GSS
  2.80      8.30      17.5      5.50       185820.3       0.000000       11887.15        2   11887.15       0.000000       173933.1    *  1 PTS>GSC
  8.30      15.5      17.5      7.20       431527.5       29688.61       14699.03        3   26586.18       29688.61       434629.9       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   173933.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.80    
 < D_pt                                  [m]:       2.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.80    
 < z2                                    [m]:       6.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       25.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.112E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   210661.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   210661.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.475    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.80    
   Dtip/B                                [-]:      0.160    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.5    
   lambda = D/B_eq                       [-]:      0.475    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       240.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   185820.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   185820.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       5.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       5.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       240.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11887.15    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.475    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.80    
   Dtip/B                                [-]:      0.160    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.578E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.127E+07
   pi*B_eq*B_eq/4                      [m^2]:       240.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3052461E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.5    
   lambda = D/B_eq                       [-]:      0.886    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       240.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   431527.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   431527.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29688.61    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       240.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14699.03    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.70    
   D                                     [m]:       2.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   210661.2     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   173933.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.80    
 < z2                                    [m]:       6.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       25.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.112E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   210661.2    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.5    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   182906.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   182906.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   173933.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.70    
   z2                                    [m]:       2.80    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.70    
   D                                     [m]:       2.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   173933.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   174375.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.90    
 < D_pt                                  [m]:       2.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.90    
 < z2                                    [m]:       6.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       26.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.116E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   214880.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   214880.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.476    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.90    
   Dtip/B                                [-]:      0.166    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.476    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       238.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   184469.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   184469.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       238.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11582.20    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.476    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.90    
   Dtip/B                                [-]:      0.166    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.575E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.127E+07
   pi*B_eq*B_eq/4                      [m^2]:       238.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3017698E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.890    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       238.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   428468.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   428468.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29575.42    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       238.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14587.16    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  2.90      2.90      13.8      0.00       214880.1       0.000000       0.000000        1   0.000000       0.000000       214880.1       2 GSS
  2.90      8.30      17.4      5.40       184469.6       0.000000       11582.20        2   11582.20       0.000000       172887.4    *  1 PTS>GSC
  8.30      15.5      17.4      7.20       428468.0       29575.42       14587.16        3   26169.36       29575.42       431874.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   172887.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.90    
 < D_pt                                  [m]:       2.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.90    
 < z2                                    [m]:       6.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       26.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.116E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   214880.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   214880.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       2.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       2.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.476    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.90    
   Dtip/B                                [-]:      0.166    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.476    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.99    
   su0 * Nc0                           [kPa]:       699.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       238.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   184469.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   184469.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       238.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11582.20    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.476    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       2.90    
   Dtip/B                                [-]:      0.166    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.575E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.127E+07
   pi*B_eq*B_eq/4                      [m^2]:       238.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.3017698E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.890    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.55    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       238.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   428468.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   428468.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29575.42    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       238.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14587.16    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.80    
   D                                     [m]:       2.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   214880.1     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   172887.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       2.90    
 < z2                                    [m]:       6.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       26.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.116E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   214880.1    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   181575.6    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   181575.6    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   172887.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       2.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       2.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.80    
   z2                                    [m]:       2.90    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       2.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       2.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.80    
   D                                     [m]:       2.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       2.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   172887.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   173329.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       4.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.00    
 < D_pt                                  [m]:       3.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.00    
 < z2                                    [m]:       6.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       27.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.120E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   219114.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   219114.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.478    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.00    
   Dtip/B                                [-]:      0.173    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.478    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       237.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   183123.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   183123.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       237.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11280.87    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.478    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.00    
   Dtip/B                                [-]:      0.173    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.573E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.126E+07
   pi*B_eq*B_eq/4                      [m^2]:       237.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2983199E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.893    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.56    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       237.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   425419.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   425419.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29462.24    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       237.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14475.73    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.00      3.00      13.8      0.00       219114.0       0.000000       0.000000        1   0.000000       0.000000       219114.0       2 GSS
  3.00      8.30      17.4      5.30       183123.7       0.000000       11280.87        2   11280.87       0.000000       171842.8    *  1 PTS>GSC
  8.30      15.5      17.4      7.20       425419.2       29462.24       14475.73        3   25756.60       29462.24       429124.8       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   171842.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  4.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.00    
 < D_pt                                  [m]:       3.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.00    
 < z2                                    [m]:       6.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       27.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.120E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   219114.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   219114.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.478    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.00    
   Dtip/B                                [-]:      0.173    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       17.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.478    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       774.    
   pi * B_eq * B_eq /4                 [m^2]:       237.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   183123.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   183123.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       5.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       237.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11280.87    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.478    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.00    
   Dtip/B                                [-]:      0.173    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.573E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.126E+07
   pi*B_eq*B_eq/4                      [m^2]:       237.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2983199E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.4    
   lambda = D/B_eq                       [-]:      0.893    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.56    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       237.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   425419.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   425419.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29462.24    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       237.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14475.73    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       4.90    
   D                                     [m]:       3.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   219114.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   171842.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.00    
 < z2                                    [m]:       6.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.06    
   p0                                  [kPa]:       27.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.120E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   219114.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   180250.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   180250.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   171842.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       4.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       4.90    
   z2                                    [m]:       3.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       4.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       4.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       4.90    
   D                                     [m]:       3.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   171842.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   172285.0    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  4.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.10    
 < D_pt                                  [m]:       3.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.10    
 < z2                                    [m]:       6.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       27.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.124E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   223362.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   223362.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.480    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.10    
   Dtip/B                                [-]:      0.179    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.3    
   lambda = D/B_eq                       [-]:      0.480    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       235.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   181782.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   181782.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       5.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       5.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       235.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10983.15    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.480    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.10    
   Dtip/B                                [-]:      0.179    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.571E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.126E+07
   pi*B_eq*B_eq/4                      [m^2]:       235.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2948965E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.3    
   lambda = D/B_eq                       [-]:      0.897    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.56    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       235.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   422380.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   422380.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29349.05    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       235.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14364.72    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.10      3.10      13.8      0.00       223362.8       0.000000       0.000000        1   0.000000       0.000000       223362.8       2 GSS
  3.10      8.30      17.3      5.20       181782.7       0.000000       10983.15        2   10983.15       0.000000       170799.6    *  1 PTS>GSC
  8.30      15.5      17.3      7.20       422380.9       29349.05       14364.72        3   25347.87       29349.05       426382.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   170799.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.10    
 < D_pt                                  [m]:       3.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.10    
 < z2                                    [m]:       6.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       27.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.124E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   223362.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   223362.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.480    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.10    
   Dtip/B                                [-]:      0.179    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.3    
   lambda = D/B_eq                       [-]:      0.480    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       235.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   181782.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   181782.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       5.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       5.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       235.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10983.15    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.480    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.10    
   Dtip/B                                [-]:      0.179    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.571E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.126E+07
   pi*B_eq*B_eq/4                      [m^2]:       235.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2948965E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.3    
   lambda = D/B_eq                       [-]:      0.897    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.56    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       235.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   422380.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   422380.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29349.05    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       235.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14364.72    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.00    
   D                                     [m]:       3.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   223362.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   170799.6    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.10    
 < z2                                    [m]:       6.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       27.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.124E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   223362.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.3    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   178929.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   178929.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   170799.6    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.00    
   z2                                    [m]:       3.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.00    
   D                                     [m]:       3.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   170799.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   171241.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.20    
 < D_pt                                  [m]:       3.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.20    
 < z2                                    [m]:       6.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       28.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.129E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   227626.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   227626.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.482    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.20    
   Dtip/B                                [-]:      0.186    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.482    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       233.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   180446.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   180446.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       233.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10689.01    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.482    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.20    
   Dtip/B                                [-]:      0.186    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.569E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.125E+07
   pi*B_eq*B_eq/4                      [m^2]:       233.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2914993E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.900    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.57    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       233.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   419353.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   419353.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29235.86    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       233.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14254.13    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.20      3.20      13.8      0.00       227626.3       0.000000       0.000000        1   0.000000       0.000000       227626.3       2 GSS
  3.20      8.30      17.2      5.10       180446.6       0.000000       10689.01        2   10689.01       0.000000       169757.6    *  1 PTS>GSC
  8.30      15.5      17.2      7.20       419353.3       29235.86       14254.13        3   24943.14       29235.86       423646.0       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   169757.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.20    
 < D_pt                                  [m]:       3.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.20    
 < z2                                    [m]:       6.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       28.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.129E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   227626.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   227626.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.482    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.20    
   Dtip/B                                [-]:      0.186    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.482    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       233.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   180446.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   180446.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       233.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10689.01    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.482    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.20    
   Dtip/B                                [-]:      0.186    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.569E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.125E+07
   pi*B_eq*B_eq/4                      [m^2]:       233.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2914993E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.900    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.57    
   su0 * Nc0                           [kPa]:      0.166E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       233.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   419353.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   419353.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       54.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29235.86    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       233.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14254.13    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.10    
   D                                     [m]:       3.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   227626.3     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   169757.6    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.20    
 < z2                                    [m]:       6.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       28.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.129E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   227626.3    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   177613.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   177613.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   169757.6    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.10    
   z2                                    [m]:       3.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.10    
   D                                     [m]:       3.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   169757.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   170199.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.30    
 < D_pt                                  [m]:       3.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.30    
 < z2                                    [m]:       6.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       29.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.133E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   231904.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   231904.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.484    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.30    
   Dtip/B                                [-]:      0.192    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.484    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       231.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   179115.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   179115.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       231.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10398.44    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.484    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.30    
   Dtip/B                                [-]:      0.192    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.567E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.125E+07
   pi*B_eq*B_eq/4                      [m^2]:       231.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2881283E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.904    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.57    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       231.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   416336.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   416336.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29122.68    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       231.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14143.98    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.30      3.30      13.8      0.00       231904.6       0.000000       0.000000        1   0.000000       0.000000       231904.6       2 GSS
  3.30      8.30      17.2      5.00       179115.4       0.000000       10398.44        2   10398.44       0.000000       168716.9    *  1 PTS>GSC
  8.30      15.5      17.2      7.20       416336.2       29122.68       14143.98        3   24542.42       29122.68       420916.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   168716.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.30    
 < D_pt                                  [m]:       3.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.30    
 < z2                                    [m]:       6.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       29.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.133E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   231904.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   231904.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.484    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.30    
   Dtip/B                                [-]:      0.192    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.484    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.00    
   su0 * Nc0                           [kPa]:       700.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       231.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   179115.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   179115.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       5.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       5.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       231.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10398.44    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.484    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.30    
   Dtip/B                                [-]:      0.192    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.567E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.125E+07
   pi*B_eq*B_eq/4                      [m^2]:       231.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2881283E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.2    
   lambda = D/B_eq                       [-]:      0.904    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.57    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       231.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   416336.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   416336.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29122.68    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       231.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14143.98    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.20    
   D                                     [m]:       3.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   231904.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   168716.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.30    
 < z2                                    [m]:       6.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       29.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.133E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   231904.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   176301.9    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   176301.9    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   168716.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.20    
   z2                                    [m]:       3.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.20    
   D                                     [m]:       3.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   168716.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   169159.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.40    
 < D_pt                                  [m]:       3.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.40    
 < z2                                    [m]:       6.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       30.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.137E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   236197.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   236197.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.486    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.40    
   Dtip/B                                [-]:      0.199    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.1    
   lambda = D/B_eq                       [-]:      0.486    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       229.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   177789.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   177789.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       4.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       4.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       229.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10111.41    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.486    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.40    
   Dtip/B                                [-]:      0.199    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.564E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.124E+07
   pi*B_eq*B_eq/4                      [m^2]:       229.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2847835E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.1    
   lambda = D/B_eq                       [-]:      0.907    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       229.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   413329.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   413329.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29009.49    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       229.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14034.25    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.40      3.40      13.8      0.00       236197.4       0.000000       0.000000        1   0.000000       0.000000       236197.4       2 GSS
  3.40      8.30      17.1      4.90       177789.0       0.000000       10111.41        2   10111.41       0.000000       167677.6    *  1 PTS>GSC
  8.30      15.5      17.1      7.20       413329.6       29009.49       14034.25        3   24145.66       29009.49       418193.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   167677.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.40    
 < D_pt                                  [m]:       3.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.40    
 < z2                                    [m]:       6.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       30.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.137E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   236197.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   236197.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.486    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.40    
   Dtip/B                                [-]:      0.199    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.1    
   lambda = D/B_eq                       [-]:      0.486    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       775.    
   pi * B_eq * B_eq /4                 [m^2]:       229.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   177789.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   177789.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       4.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       4.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       229.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10111.41    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.486    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.40    
   Dtip/B                                [-]:      0.199    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.564E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.124E+07
   pi*B_eq*B_eq/4                      [m^2]:       229.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2847835E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.1    
   lambda = D/B_eq                       [-]:      0.907    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       229.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   413329.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   413329.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   29009.49    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       229.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   14034.25    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.30    
   D                                     [m]:       3.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   236197.4     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   167677.6    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.40    
 < z2                                    [m]:       6.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       30.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.137E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   236197.4    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.1    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   174995.5    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   174995.5    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   167677.6    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.30    
   z2                                    [m]:       3.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.30    
   D                                     [m]:       3.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   167677.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   168119.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.50    
 < D_pt                                  [m]:       3.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.50    
 < z2                                    [m]:       6.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       31.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.142E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   240504.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   240504.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.488    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.50    
   Dtip/B                                [-]:      0.206    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.488    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       228.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   176467.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   176467.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       228.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9827.913    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.488    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.50    
   Dtip/B                                [-]:      0.206    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.562E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.124E+07
   pi*B_eq*B_eq/4                      [m^2]:       228.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2814646E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.911    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       228.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   410333.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   410333.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28896.31    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       228.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13924.95    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.50      3.50      13.8      0.00       240504.8       0.000000       0.000000        1   0.000000       0.000000       240504.8       2 GSS
  3.50      8.30      17.0      4.80       176467.5       0.000000       9827.913        2   9827.913       0.000000       166639.6    *  1 PTS>GSC
  8.30      15.5      17.0      7.20       410333.7       28896.31       13924.95        3   23752.86       28896.31       415477.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   166639.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.50    
 < D_pt                                  [m]:       3.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.50    
 < z2                                    [m]:       6.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       31.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.142E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   240504.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   240504.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.488    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.50    
   Dtip/B                                [-]:      0.206    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.488    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       228.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   176467.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   176467.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       228.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9827.913    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.488    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.50    
   Dtip/B                                [-]:      0.206    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.562E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.124E+07
   pi*B_eq*B_eq/4                      [m^2]:       228.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2814646E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.911    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       228.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   410333.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   410333.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28896.31    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       228.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13924.95    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.40    
   D                                     [m]:       3.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   240504.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   166639.6    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.50    
 < z2                                    [m]:       6.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.07    
   p0                                  [kPa]:       31.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.142E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   240504.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   173693.9    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   173693.9    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   166639.6    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.40    
   z2                                    [m]:       3.50    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.40    
   D                                     [m]:       3.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   166639.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   167081.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.60    
 < D_pt                                  [m]:       3.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.60    
 < z2                                    [m]:       7.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       32.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.146E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   244826.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   244826.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.490    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.60    
   Dtip/B                                [-]:      0.212    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.490    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       226.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   175150.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   175150.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       226.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9547.926    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.490    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.60    
   Dtip/B                                [-]:      0.212    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.560E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.123E+07
   pi*B_eq*B_eq/4                      [m^2]:       226.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2781716E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.914    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       226.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   407348.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   407348.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28783.12    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       226.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13816.08    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.60      3.60      13.8      0.00       244826.5       0.000000       0.000000        1   0.000000       0.000000       244826.5       2 GSS
  3.60      8.30      17.0      4.70       175150.9       0.000000       9547.926        2   9547.926       0.000000       165602.9    *  1 PTS>GSC
  8.30      15.5      17.0      7.20       407348.3       28783.12       13816.08        3   23364.00       28783.12       412767.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   165602.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.60    
 < D_pt                                  [m]:       3.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.60    
 < z2                                    [m]:       7.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       32.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.146E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   244826.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   244826.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.490    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.60    
   Dtip/B                                [-]:      0.212    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.490    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       226.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   175150.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   175150.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       4.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       226.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9547.926    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       17.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       17.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       17.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       17.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.490    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.60    
   Dtip/B                                [-]:      0.212    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.560E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.123E+07
   pi*B_eq*B_eq/4                      [m^2]:       226.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2781716E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       17.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       17.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       24.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       17.0    
   lambda = D/B_eq                       [-]:      0.914    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.58    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.180E+04
   pi * B_eq * B_eq /4                 [m^2]:       226.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   407348.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   407348.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28783.12    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       17.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       226.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13816.08    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.50    
   D                                     [m]:       3.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   244826.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   165602.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.60    
 < z2                                    [m]:       7.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       32.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.146E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   244826.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       17.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   172397.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   172397.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   165602.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.50    
   z2                                    [m]:       3.60    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.50    
   D                                     [m]:       3.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   165602.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   166045.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.70    
 < D_pt                                  [m]:       3.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.70    
 < z2                                    [m]:       7.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       33.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.150E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   249162.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   249162.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.492    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.70    
   Dtip/B                                [-]:      0.219    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.9    
   lambda = D/B_eq                       [-]:      0.492    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       224.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   173839.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   173839.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       4.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       4.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       224.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9271.429    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.492    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.70    
   Dtip/B                                [-]:      0.219    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.558E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.123E+07
   pi*B_eq*B_eq/4                      [m^2]:       224.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2749044E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.9    
   lambda = D/B_eq                       [-]:      0.918    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.59    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       224.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   404373.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   404373.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28669.94    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       224.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13707.63    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.70      3.70      13.8      0.00       249162.6       0.000000       0.000000        1   0.000000       0.000000       249162.6       2 GSS
  3.70      8.30      16.9      4.60       173839.1       0.000000       9271.429        2   9271.429       0.000000       164567.7    *  1 PTS>GSC
  8.30      15.5      16.9      7.20       404373.6       28669.94       13707.63        3   22979.06       28669.94       410064.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   164567.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.70    
 < D_pt                                  [m]:       3.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.70    
 < z2                                    [m]:       7.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       33.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.150E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   249162.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   249162.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.492    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.70    
   Dtip/B                                [-]:      0.219    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.9    
   lambda = D/B_eq                       [-]:      0.492    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.01    
   su0 * Nc0                           [kPa]:       701.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       224.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   173839.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   173839.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       4.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       4.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       224.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9271.429    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.492    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.70    
   Dtip/B                                [-]:      0.219    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.558E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.123E+07
   pi*B_eq*B_eq/4                      [m^2]:       224.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2749044E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.9    
   lambda = D/B_eq                       [-]:      0.918    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.59    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       224.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   404373.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   404373.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       53.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28669.94    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       224.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13707.63    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.60    
   D                                     [m]:       3.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   249162.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   164567.7    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.70    
 < z2                                    [m]:       7.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       33.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.150E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   249162.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.9    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   171105.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   171105.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   164567.7    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.60    
   z2                                    [m]:       3.70    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.60    
   D                                     [m]:       3.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   164567.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   165009.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.80    
 < D_pt                                  [m]:       3.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.80    
 < z2                                    [m]:       7.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       34.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.155E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   253512.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   253512.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.493    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.80    
   Dtip/B                                [-]:      0.226    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.493    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       222.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   172532.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   172532.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       222.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8998.404    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.493    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.80    
   Dtip/B                                [-]:      0.226    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.556E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.122E+07
   pi*B_eq*B_eq/4                      [m^2]:       222.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2716628E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.922    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.59    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       222.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   401409.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   401409.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28556.75    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       222.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13599.61    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.80      3.80      13.8      0.00       253512.9       0.000000       0.000000        1   0.000000       0.000000       253512.9       2 GSS
  3.80      8.30      16.8      4.50       172532.2       0.000000       8998.404        2   8998.404       0.000000       163533.8    *  1 PTS>GSC
  8.30      15.5      16.8      7.20       401409.4       28556.75       13599.61        3   22598.02       28556.75       407368.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   163533.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.80    
 < D_pt                                  [m]:       3.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.80    
 < z2                                    [m]:       7.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       34.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.155E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   253512.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   253512.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.493    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.80    
   Dtip/B                                [-]:      0.226    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.493    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       776.    
   pi * B_eq * B_eq /4                 [m^2]:       222.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   172532.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   172532.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       222.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8998.404    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.493    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.80    
   Dtip/B                                [-]:      0.226    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.556E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.122E+07
   pi*B_eq*B_eq/4                      [m^2]:       222.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2716628E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.922    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.59    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       222.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   401409.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   401409.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28556.75    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       222.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13599.61    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.70    
   D                                     [m]:       3.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   253512.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   163533.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.80    
 < z2                                    [m]:       7.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       34.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.155E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   253512.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   169817.9    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   169817.9    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   163533.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.70    
   z2                                    [m]:       3.80    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.70    
   D                                     [m]:       3.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   163533.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   163976.0    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.90    
 < D_pt                                  [m]:       3.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.90    
 < z2                                    [m]:       7.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       35.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.159E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   257877.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   257877.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.495    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.90    
   Dtip/B                                [-]:      0.233    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.495    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       220.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   171230.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   171230.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       220.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8728.831    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.495    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.90    
   Dtip/B                                [-]:      0.233    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.553E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.122E+07
   pi*B_eq*B_eq/4                      [m^2]:       220.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2684469E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.925    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.60    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       220.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   398455.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   398455.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28443.56    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       220.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13492.02    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  3.90      3.90      13.8      0.00       257877.3       0.000000       0.000000        1   0.000000       0.000000       257877.3       2 GSS
  3.90      8.30      16.8      4.40       171230.2       0.000000       8728.831        2   8728.831       0.000000       162501.3    *  1 PTS>GSC
  8.30      15.5      16.8      7.20       398455.8       28443.56       13492.02        3   22220.85       28443.56       404678.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   162501.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.90    
 < D_pt                                  [m]:       3.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.90    
 < z2                                    [m]:       7.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       35.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.159E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   257877.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   257877.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       3.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       3.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.495    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.90    
   Dtip/B                                [-]:      0.233    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.495    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       220.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   171230.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   171230.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       4.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       220.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8728.831    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.495    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       3.90    
   Dtip/B                                [-]:      0.233    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.553E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.122E+07
   pi*B_eq*B_eq/4                      [m^2]:       220.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2684469E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.8    
   lambda = D/B_eq                       [-]:      0.925    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.60    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       220.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   398455.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   398455.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28443.56    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       220.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13492.02    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.80    
   D                                     [m]:       3.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   257877.3     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   162501.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       3.90    
 < z2                                    [m]:       7.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.45    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       35.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.159E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   257877.3    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   168535.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   168535.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   162501.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       3.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       3.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.80    
   z2                                    [m]:       3.90    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       3.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       3.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.80    
   D                                     [m]:       3.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       3.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   162501.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   162943.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       5.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.00    
 < D_pt                                  [m]:       4.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.00    
 < z2                                    [m]:       7.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       36.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.163E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   262255.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   262255.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.497    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.00    
   Dtip/B                                [-]:      0.240    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.7    
   lambda = D/B_eq                       [-]:      0.497    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       219.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   169933.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   169933.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       4.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       4.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       219.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8462.693    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.497    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.00    
   Dtip/B                                [-]:      0.240    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.551E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.121E+07
   pi*B_eq*B_eq/4                      [m^2]:       219.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2652564E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.7    
   lambda = D/B_eq                       [-]:      0.929    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.60    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       219.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   395512.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   395512.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28330.38    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       219.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13384.86    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.00      4.00      13.8      0.00       262255.6       0.000000       0.000000        1   0.000000       0.000000       262255.6       2 GSS
  4.00      8.30      16.7      4.30       169933.0       0.000000       8462.693        2   8462.693       0.000000       161470.3    *  1 PTS>GSC
  8.30      15.5      16.7      7.20       395512.8       28330.38       13384.86        3   21847.55       28330.38       401995.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   161470.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  5.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.00    
 < D_pt                                  [m]:       4.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.00    
 < z2                                    [m]:       7.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       36.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.163E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   262255.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   262255.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.497    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.00    
   Dtip/B                                [-]:      0.240    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.7    
   lambda = D/B_eq                       [-]:      0.497    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.02    
   su0 * Nc0                           [kPa]:       702.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       219.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   169933.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   169933.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       4.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       4.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       219.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8462.693    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.497    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.00    
   Dtip/B                                [-]:      0.240    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.551E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.121E+07
   pi*B_eq*B_eq/4                      [m^2]:       219.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2652564E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.7    
   lambda = D/B_eq                       [-]:      0.929    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.60    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       219.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   395512.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   395512.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28330.38    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       219.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13384.86    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       5.90    
   D                                     [m]:       4.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   262255.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   161470.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.00    
 < z2                                    [m]:       7.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.08    
   p0                                  [kPa]:       36.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.163E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   262255.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.7    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   167257.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   167257.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   161470.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       5.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       5.90    
   z2                                    [m]:       4.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       5.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       5.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       5.90    
   D                                     [m]:       4.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   161470.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   161912.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  5.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.10    
 < D_pt                                  [m]:       4.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.10    
 < z2                                    [m]:       7.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       36.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.168E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   266647.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   266647.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.499    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.10    
   Dtip/B                                [-]:      0.247    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.499    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       217.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   168640.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   168640.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       217.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8199.971    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.499    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.10    
   Dtip/B                                [-]:      0.247    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.549E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.121E+07
   pi*B_eq*B_eq/4                      [m^2]:       217.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2620913E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.933    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.61    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       217.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   392580.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   392580.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28217.19    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       217.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13278.12    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.10      4.10      13.8      0.00       266647.9       0.000000       0.000000        1   0.000000       0.000000       266647.9       2 GSS
  4.10      8.30      16.6      4.20       168640.7       0.000000       8199.971        2   8199.971       0.000000       160440.8    *  1 PTS>GSC
  8.30      15.5      16.6      7.20       392580.3       28217.19       13278.12        3   21478.09       28217.19       399319.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   160440.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.10    
 < D_pt                                  [m]:       4.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.10    
 < z2                                    [m]:       7.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       36.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.168E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   266647.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   266647.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.499    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.10    
   Dtip/B                                [-]:      0.247    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.499    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       777.    
   pi * B_eq * B_eq /4                 [m^2]:       217.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   168640.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   168640.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       217.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   8199.971    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.499    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.10    
   Dtip/B                                [-]:      0.247    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.549E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.121E+07
   pi*B_eq*B_eq/4                      [m^2]:       217.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2620913E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.933    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.61    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       217.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   392580.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   392580.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28217.19    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       217.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13278.12    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.00    
   D                                     [m]:       4.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   266647.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   160440.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.10    
 < z2                                    [m]:       7.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       36.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.168E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   266647.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   165985.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   165985.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   160440.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.00    
   z2                                    [m]:       4.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.00    
   D                                     [m]:       4.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   160440.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   160883.0    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.20    
 < D_pt                                  [m]:       4.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.20    
 < z2                                    [m]:       7.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       37.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.172E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   271054.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   271054.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.501    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.20    
   Dtip/B                                [-]:      0.254    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.501    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       215.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   167353.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   167353.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       215.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7940.644    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.501    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.20    
   Dtip/B                                [-]:      0.254    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.547E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.120E+07
   pi*B_eq*B_eq/4                      [m^2]:       215.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2589515E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.936    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.61    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       215.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   389658.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   389658.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28104.01    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       215.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13171.81    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.20      4.20      13.8      0.00       271054.0       0.000000       0.000000        1   0.000000       0.000000       271054.0       2 GSS
  4.20      8.30      16.6      4.10       167353.3       0.000000       7940.644        2   7940.644       0.000000       159412.7    *  1 PTS>GSC
  8.30      15.5      16.6      7.20       389658.5       28104.01       13171.81        3   21112.46       28104.01       396650.0       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   159412.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.20    
 < D_pt                                  [m]:       4.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.20    
 < z2                                    [m]:       7.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       37.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.172E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   271054.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   271054.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.501    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.20    
   Dtip/B                                [-]:      0.254    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.501    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       215.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   167353.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   167353.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       4.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       215.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7940.644    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.501    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.20    
   Dtip/B                                [-]:      0.254    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.547E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.120E+07
   pi*B_eq*B_eq/4                      [m^2]:       215.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2589515E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.6    
   lambda = D/B_eq                       [-]:      0.936    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.61    
   su0 * Nc0                           [kPa]:      0.167E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       215.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   389658.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   389658.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       52.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   28104.01    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       215.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13171.81    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.10    
   D                                     [m]:       4.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   271054.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   159412.7    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.20    
 < z2                                    [m]:       7.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       37.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.172E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   271054.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   164717.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   164717.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   159412.7    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.10    
   z2                                    [m]:       4.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.10    
   D                                     [m]:       4.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   159412.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   159854.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.30    
 < D_pt                                  [m]:       4.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.30    
 < z2                                    [m]:       7.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       38.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.177E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   275473.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   275473.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.503    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.30    
   Dtip/B                                [-]:      0.261    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.5    
   lambda = D/B_eq                       [-]:      0.503    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       213.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   166070.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   166070.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       4.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       4.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       213.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7684.696    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.503    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.30    
   Dtip/B                                [-]:      0.261    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.545E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.120E+07
   pi*B_eq*B_eq/4                      [m^2]:       213.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2558369E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.5    
   lambda = D/B_eq                       [-]:      0.940    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.62    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       213.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   386747.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   386747.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27990.82    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       213.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13065.93    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.30      4.30      13.8      0.00       275473.7       0.000000       0.000000        1   0.000000       0.000000       275473.7       2 GSS
  4.30      8.30      16.5      4.00       166070.8       0.000000       7684.696        2   7684.696       0.000000       158386.1    *  1 PTS>GSC
  8.30      15.5      16.5      7.20       386747.2       27990.82       13065.93        3   20750.62       27990.82       393987.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   158386.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.30    
 < D_pt                                  [m]:       4.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.30    
 < z2                                    [m]:       7.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       38.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.177E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   275473.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   275473.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.503    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.30    
   Dtip/B                                [-]:      0.261    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.5    
   lambda = D/B_eq                       [-]:      0.503    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.03    
   su0 * Nc0                           [kPa]:       703.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       213.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   166070.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   166070.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       4.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       4.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       4.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       213.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7684.696    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.503    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.30    
   Dtip/B                                [-]:      0.261    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.545E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.120E+07
   pi*B_eq*B_eq/4                      [m^2]:       213.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2558369E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.5    
   lambda = D/B_eq                       [-]:      0.940    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.62    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       213.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   386747.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   386747.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27990.82    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       213.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   13065.93    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.20    
   D                                     [m]:       4.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   275473.7     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   158386.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.30    
 < z2                                    [m]:       7.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       38.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.177E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   275473.7    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.5    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   163453.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   163453.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   158386.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.20    
   z2                                    [m]:       4.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.20    
   D                                     [m]:       4.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   158386.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   158828.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.40    
 < D_pt                                  [m]:       4.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.40    
 < z2                                    [m]:       7.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       39.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.181E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   279907.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   279907.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.505    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.40    
   Dtip/B                                [-]:      0.268    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.505    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       212.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   164793.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   164793.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       212.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7432.106    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.505    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.40    
   Dtip/B                                [-]:      0.268    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.542E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.119E+07
   pi*B_eq*B_eq/4                      [m^2]:       212.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2527474E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.944    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.62    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       212.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   383846.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   383846.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27877.64    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       212.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12960.47    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.40      4.40      13.8      0.00       279907.0       0.000000       0.000000        1   0.000000       0.000000       279907.0       2 GSS
  4.40      8.30      16.4      3.90       164793.1       0.000000       7432.106        2   7432.106       0.000000       157361.0    *  1 PTS>GSC
  8.30      15.5      16.4      7.20       383846.6       27877.64       12960.47        3   20392.58       27877.64       391331.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   157361.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.40    
 < D_pt                                  [m]:       4.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.40    
 < z2                                    [m]:       7.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       39.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.181E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   279907.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   279907.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.505    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.40    
   Dtip/B                                [-]:      0.268    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.505    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       778.    
   pi * B_eq * B_eq /4                 [m^2]:       212.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   164793.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   164793.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       212.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7432.106    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.505    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.40    
   Dtip/B                                [-]:      0.268    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.542E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.119E+07
   pi*B_eq*B_eq/4                      [m^2]:       212.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2527474E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.944    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.62    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       212.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   383846.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   383846.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27877.64    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       212.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12960.47    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.30    
   D                                     [m]:       4.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   279907.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   157361.0    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.40    
 < z2                                    [m]:       7.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       39.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.181E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   279907.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   162195.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   162195.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   157361.0    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.30    
   z2                                    [m]:       4.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.30    
   D                                     [m]:       4.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   157361.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   157803.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.50    
 < D_pt                                  [m]:       4.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.50    
 < z2                                    [m]:       7.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       40.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.185E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   284353.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   284353.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.508    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.50    
   Dtip/B                                [-]:      0.275    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.508    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       210.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   163520.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   163520.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       210.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7182.856    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.508    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.50    
   Dtip/B                                [-]:      0.275    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.540E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.119E+07
   pi*B_eq*B_eq/4                      [m^2]:       210.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2496828E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.948    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.63    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       210.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   380956.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   380956.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27764.45    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       210.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12855.45    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.50      4.50      13.8      0.00       284353.7       0.000000       0.000000        1   0.000000       0.000000       284353.7       2 GSS
  4.50      8.30      16.4      3.80       163520.3       0.000000       7182.856        2   7182.856       0.000000       156337.5    *  1 PTS>GSC
  8.30      15.5      16.4      7.20       380956.5       27764.45       12855.45        3   20038.30       27764.45       388682.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   156337.5    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.50    
 < D_pt                                  [m]:       4.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.50    
 < z2                                    [m]:       7.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       40.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.185E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   284353.7    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   284353.7    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.508    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.50    
   Dtip/B                                [-]:      0.275    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.508    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       210.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   163520.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   163520.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       3.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       210.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   7182.856    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.508    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.50    
   Dtip/B                                [-]:      0.275    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.540E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.119E+07
   pi*B_eq*B_eq/4                      [m^2]:       210.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2496828E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.4    
   lambda = D/B_eq                       [-]:      0.948    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.63    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       210.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   380956.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   380956.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27764.45    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       210.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12855.45    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.40    
   D                                     [m]:       4.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   284353.7     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   156337.5    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.50    
 < z2                                    [m]:       7.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.09    
   p0                                  [kPa]:       40.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.185E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   284353.7    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   160941.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   160941.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   156337.5    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.40    
   z2                                    [m]:       4.50    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.40    
   D                                     [m]:       4.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   156337.5    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   156779.7    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.60    
 < D_pt                                  [m]:       4.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.60    
 < z2                                    [m]:       8.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       41.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   288813.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   288813.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.510    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.60    
   Dtip/B                                [-]:      0.282    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.3    
   lambda = D/B_eq                       [-]:      0.510    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       208.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   162252.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   162252.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       3.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       3.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       208.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6936.927    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.510    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.60    
   Dtip/B                                [-]:      0.282    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.538E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.118E+07
   pi*B_eq*B_eq/4                      [m^2]:       208.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2466431E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.3    
   lambda = D/B_eq                       [-]:      0.952    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.63    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       208.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   378077.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   378077.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27651.26    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       208.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12750.85    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.60      4.60      13.8      0.00       288813.8       0.000000       0.000000        1   0.000000       0.000000       288813.8       2 GSS
  4.60      8.30      16.3      3.70       162252.4       0.000000       6936.927        2   6936.927       0.000000       155315.5    *  1 PTS>GSC
  8.30      15.5      16.3      7.20       378077.0       27651.26       12750.85        3   19687.77       27651.26       386040.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   155315.5    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.60    
 < D_pt                                  [m]:       4.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.60    
 < z2                                    [m]:       8.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       41.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   288813.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   288813.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.510    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.60    
   Dtip/B                                [-]:      0.282    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.3    
   lambda = D/B_eq                       [-]:      0.510    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       208.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   162252.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   162252.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       3.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       3.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       208.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6936.927    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.510    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.60    
   Dtip/B                                [-]:      0.282    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.538E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.118E+07
   pi*B_eq*B_eq/4                      [m^2]:       208.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2466431E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.3    
   lambda = D/B_eq                       [-]:      0.952    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.63    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.181E+04
   pi * B_eq * B_eq /4                 [m^2]:       208.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   378077.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   378077.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27651.26    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       208.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12750.85    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.50    
   D                                     [m]:       4.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   288813.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   155315.5    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.60    
 < z2                                    [m]:       8.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       41.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.190E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   288813.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.3    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   159693.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   159693.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   155315.5    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.50    
   z2                                    [m]:       4.60    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.50    
   D                                     [m]:       4.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   155315.5    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   155757.7    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.70    
 < D_pt                                  [m]:       4.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.70    
 < z2                                    [m]:       8.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       42.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.194E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   293287.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   293287.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.512    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.70    
   Dtip/B                                [-]:      0.290    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.512    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       207.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   160989.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   160989.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       207.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6694.300    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.512    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.70    
   Dtip/B                                [-]:      0.290    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.536E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.118E+07
   pi*B_eq*B_eq/4                      [m^2]:       207.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2436282E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.956    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       207.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   375208.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   375208.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27538.08    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       207.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12646.67    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.70      4.70      13.8      0.00       293287.1       0.000000       0.000000        1   0.000000       0.000000       293287.1       2 GSS
  4.70      8.30      16.2      3.60       160989.3       0.000000       6694.300        2   6694.300       0.000000       154295.0    *  1 PTS>GSC
  8.30      15.5      16.2      7.20       375208.1       27538.08       12646.67        3   19340.97       27538.08       383405.2       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   154295.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.70    
 < D_pt                                  [m]:       4.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.70    
 < z2                                    [m]:       8.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       42.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.194E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   293287.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   293287.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.512    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.70    
   Dtip/B                                [-]:      0.290    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.512    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.04    
   su0 * Nc0                           [kPa]:       704.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       207.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   160989.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   160989.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       207.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6694.300    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.512    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.70    
   Dtip/B                                [-]:      0.290    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.536E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.118E+07
   pi*B_eq*B_eq/4                      [m^2]:       207.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2436282E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.956    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       207.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   375208.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   375208.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       51.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27538.08    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       207.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12646.67    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.60    
   D                                     [m]:       4.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   293287.1     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   154295.0    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.70    
 < z2                                    [m]:       8.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       42.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.194E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   293287.1    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   158449.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   158449.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   154295.0    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.60    
   z2                                    [m]:       4.70    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.60    
   D                                     [m]:       4.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   154295.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   154737.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.80    
 < D_pt                                  [m]:       4.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.80    
 < z2                                    [m]:       8.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       43.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.199E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   297773.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   297773.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.514    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.80    
   Dtip/B                                [-]:      0.297    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.514    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       205.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   159731.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   159731.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       205.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6454.957    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.514    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.80    
   Dtip/B                                [-]:      0.297    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.534E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.117E+07
   pi*B_eq*B_eq/4                      [m^2]:       205.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2406379E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.960    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       205.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   372349.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   372349.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27424.89    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       205.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12542.93    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.80      4.80      13.8      0.00       297773.5       0.000000       0.000000        1   0.000000       0.000000       297773.5       2 GSS
  4.80      8.30      16.2      3.50       159731.2       0.000000       6454.957        2   6454.957       0.000000       153276.2    *  1 PTS>GSC
  8.30      15.5      16.2      7.20       372349.8       27424.89       12542.93        3   18997.88       27424.89       380776.8       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   153276.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.80    
 < D_pt                                  [m]:       4.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.80    
 < z2                                    [m]:       8.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       43.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.199E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   297773.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   297773.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.514    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.80    
   Dtip/B                                [-]:      0.297    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.514    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       779.    
   pi * B_eq * B_eq /4                 [m^2]:       205.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   159731.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   159731.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       3.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       205.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6454.957    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.514    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.80    
   Dtip/B                                [-]:      0.297    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.534E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.117E+07
   pi*B_eq*B_eq/4                      [m^2]:       205.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2406379E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.2    
   lambda = D/B_eq                       [-]:      0.960    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       205.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   372349.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   372349.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27424.89    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       205.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12542.93    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.70    
   D                                     [m]:       4.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   297773.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   153276.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.80    
 < z2                                    [m]:       8.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         1
   tan_phi_av_sum                    [deg-m]:       1.84    
   T_sum                                 [m]:       3.46    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.00    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       43.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.989E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.199E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   297773.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   157209.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   157209.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   153276.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.70    
   z2                                    [m]:       4.80    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.70    
   D                                     [m]:       4.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   153276.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   153718.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.90    
 < D_pt                                  [m]:       4.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.90    
 < z2                                    [m]:       8.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.81    
   T_sum                                 [m]:       3.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.99    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       44.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.988E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.203E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   302179.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   302179.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.516    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.90    
   Dtip/B                                [-]:      0.305    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.1    
   lambda = D/B_eq                       [-]:      0.516    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       203.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   158477.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   158477.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       3.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       3.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       203.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6218.878    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.516    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.90    
   Dtip/B                                [-]:      0.305    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.531E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.117E+07
   pi*B_eq*B_eq/4                      [m^2]:       203.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2376723E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.1    
   lambda = D/B_eq                       [-]:      0.964    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.65    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       203.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   369502.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   369502.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27311.71    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       203.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12439.61    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  4.90      4.90      13.8      0.00       302179.9       0.000000       0.000000        1   0.000000       0.000000       302179.9       2 GSS
  4.90      8.30      16.1      3.40       158477.9       0.000000       6218.878        2   6218.878       0.000000       152259.0    *  1 PTS>GSC
  8.30      15.5      16.1      7.20       369502.1       27311.71       12439.61        3   18658.49       27311.71       378155.3       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   152259.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.90    
 < D_pt                                  [m]:       4.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.90    
 < z2                                    [m]:       8.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.81    
   T_sum                                 [m]:       3.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.99    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       44.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.988E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.203E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   302179.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   302179.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       4.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       4.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.516    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.90    
   Dtip/B                                [-]:      0.305    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.1    
   lambda = D/B_eq                       [-]:      0.516    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       203.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   158477.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   158477.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       3.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       3.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       203.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   6218.878    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.516    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       4.90    
   Dtip/B                                [-]:      0.305    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.531E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.117E+07
   pi*B_eq*B_eq/4                      [m^2]:       203.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2376723E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.1    
   lambda = D/B_eq                       [-]:      0.964    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.65    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       203.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   369502.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   369502.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27311.71    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       203.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12439.61    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.80    
   D                                     [m]:       4.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   302179.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   152259.0    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       4.90    
 < z2                                    [m]:       8.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.81    
   T_sum                                 [m]:       3.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.99    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       44.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.988E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.203E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   302179.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.1    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   155975.5    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   155975.5    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   152259.0    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       4.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       4.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.80    
   z2                                    [m]:       4.90    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       4.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       4.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.80    
   D                                     [m]:       4.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       4.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   152259.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   152701.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       6.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.00    
 < D_pt                                  [m]:       5.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.00    
 < z2                                    [m]:       8.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.75    
   T_sum                                 [m]:       3.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.98    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       45.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.986E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.208E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   306534.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   306534.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.518    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.00    
   Dtip/B                                [-]:      0.312    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.518    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       202.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   157229.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   157229.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       202.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5986.044    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.518    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.00    
   Dtip/B                                [-]:      0.312    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.529E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.116E+07
   pi*B_eq*B_eq/4                      [m^2]:       202.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2347311E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.968    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.65    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       202.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   366664.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   366664.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27198.52    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       202.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12336.72    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.00      5.00      13.8      0.00       306534.8       0.000000       0.000000        1   0.000000       0.000000       306534.8       2 GSS
  5.00      8.30      16.0      3.30       157229.4       0.000000       5986.044        2   5986.044       0.000000       151243.4    *  1 PTS>GSC
  8.30      15.5      16.0      7.20       366664.9       27198.52       12336.72        3   18322.76       27198.52       375540.7       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   151243.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  6.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.00    
 < D_pt                                  [m]:       5.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.00    
 < z2                                    [m]:       8.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.75    
   T_sum                                 [m]:       3.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.98    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       45.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.986E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.208E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   306534.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   306534.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.518    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.00    
   Dtip/B                                [-]:      0.312    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.518    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.05    
   su0 * Nc0                           [kPa]:       705.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       202.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   157229.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   157229.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       202.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5986.044    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.518    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.00    
   Dtip/B                                [-]:      0.312    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.529E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.116E+07
   pi*B_eq*B_eq/4                      [m^2]:       202.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2347311E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       8.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.968    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.65    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       202.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   366664.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   366664.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27198.52    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       202.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12336.72    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       6.90    
   D                                     [m]:       5.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   306534.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   151243.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.00    
 < z2                                    [m]:       8.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.75    
   T_sum                                 [m]:       3.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.98    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.10    
   p0                                  [kPa]:       45.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.986E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.208E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   306534.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   154745.9    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   154745.9    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   151243.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       6.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       6.90    
   z2                                    [m]:       5.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       6.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       6.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       6.90    
   D                                     [m]:       5.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   151243.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   151685.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  6.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.10    
 < D_pt                                  [m]:       5.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.10    
 < z2                                    [m]:       8.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.70    
   T_sum                                 [m]:       3.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.96    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       45.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.985E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.212E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   310906.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   310906.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.520    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.10    
   Dtip/B                                [-]:      0.320    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.520    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       200.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   155985.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   155985.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       200.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5756.438    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.520    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.10    
   Dtip/B                                [-]:      0.320    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.527E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.116E+07
   pi*B_eq*B_eq/4                      [m^2]:       200.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2318142E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.972    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.66    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       200.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   363838.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   363838.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27085.34    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       200.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12234.25    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.10      5.10      13.8      0.00       310906.0       0.000000       0.000000        1   0.000000       0.000000       310906.0       2 GSS
  5.10      8.30      16.0      3.20       155985.8       0.000000       5756.438        2   5756.438       0.000000       150229.4    *  1 PTS>GSC
  8.30      15.5      16.0      7.20       363838.4       27085.34       12234.25        3   17990.69       27085.34       372933.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   150229.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.10    
 < D_pt                                  [m]:       5.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.10    
 < z2                                    [m]:       8.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.70    
   T_sum                                 [m]:       3.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.96    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       45.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.985E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.212E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   310906.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   310906.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.520    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.10    
   Dtip/B                                [-]:      0.320    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.520    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       780.    
   pi * B_eq * B_eq /4                 [m^2]:       200.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   155985.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   155985.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       200.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5756.438    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       16.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       16.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       16.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       16.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.520    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.10    
   Dtip/B                                [-]:      0.320    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.527E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.116E+07
   pi*B_eq*B_eq/4                      [m^2]:       200.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2318142E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       16.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       16.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       16.0    
   lambda = D/B_eq                       [-]:      0.972    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.66    
   su0 * Nc0                           [kPa]:      0.168E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       200.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   363838.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   363838.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       50.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   27085.34    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       16.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       200.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12234.25    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.00    
   D                                     [m]:       5.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   310906.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   150229.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.10    
 < z2                                    [m]:       8.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.70    
   T_sum                                 [m]:       3.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.96    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       45.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.985E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.212E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   310906.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       16.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   153521.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   153521.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   150229.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.00    
   z2                                    [m]:       5.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.00    
   D                                     [m]:       5.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   150229.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   150671.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.20    
 < D_pt                                  [m]:       5.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.20    
 < z2                                    [m]:       8.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.65    
   T_sum                                 [m]:       3.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.95    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       46.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.983E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.217E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   315286.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   315286.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.522    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.20    
   Dtip/B                                [-]:      0.327    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.522    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   154747.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   154747.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       3.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       3.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5530.040    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.522    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.20    
   Dtip/B                                [-]:      0.327    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.525E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       198.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2289216E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.976    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.66    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   361022.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   361022.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26972.15    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12132.22    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.20      5.20      13.8      0.00       315286.3       0.000000       0.000000        1   0.000000       0.000000       315286.3       2 GSS
  5.20      8.30      15.9      3.10       154747.1       0.000000       5530.040        2   5530.040       0.000000       149217.1    *  1 PTS>GSC
  8.30      15.5      15.9      7.20       361022.5       26972.15       12132.22        3   17662.26       26972.15       370332.4       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   149217.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.20    
 < D_pt                                  [m]:       5.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.20    
 < z2                                    [m]:       8.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.65    
   T_sum                                 [m]:       3.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.95    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       46.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.983E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.217E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   315286.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   315286.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.522    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.20    
   Dtip/B                                [-]:      0.327    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.522    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   154747.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   154747.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       3.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       3.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5530.040    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.522    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.20    
   Dtip/B                                [-]:      0.327    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.525E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       198.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2289216E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.94    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.976    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.66    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   361022.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   361022.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26972.15    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12132.22    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.10    
   D                                     [m]:       5.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   315286.3     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   149217.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.20    
 < z2                                    [m]:       8.66    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.65    
   T_sum                                 [m]:       3.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.95    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       46.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.983E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.217E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   315286.3    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.9    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   152301.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   152301.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   149217.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.10    
   z2                                    [m]:       5.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.10    
   D                                     [m]:       5.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   149217.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   149659.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.30    
 < D_pt                                  [m]:       5.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.30    
 < z2                                    [m]:       8.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.60    
   T_sum                                 [m]:       3.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.93    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       47.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.982E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.222E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   319672.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   319672.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.525    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.30    
   Dtip/B                                [-]:      0.335    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.525    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       197.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   153513.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   153513.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       3.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       3.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       197.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5306.830    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.525    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.30    
   Dtip/B                                [-]:      0.335    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.523E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       197.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2260532E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.980    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.67    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       197.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   358217.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   358217.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26858.96    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       197.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12030.61    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.30      5.30      13.8      0.00       319672.0       0.000000       0.000000        1   0.000000       0.000000       319672.0       2 GSS
  5.30      8.30      15.8      3.00       153513.3       0.000000       5306.830        2   5306.830       0.000000       148206.5    *  1 PTS>GSC
  8.30      15.5      15.8      7.20       358217.2       26858.96       12030.61        3   17337.44       26858.96       367738.7       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   148206.5    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.30    
 < D_pt                                  [m]:       5.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.30    
 < z2                                    [m]:       8.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.60    
   T_sum                                 [m]:       3.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.93    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       47.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.982E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.222E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   319672.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   319672.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.525    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.30    
   Dtip/B                                [-]:      0.335    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.525    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.06    
   su0 * Nc0                           [kPa]:       706.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       197.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   153513.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   153513.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       3.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       3.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       3.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       197.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5306.830    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.525    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.30    
   Dtip/B                                [-]:      0.335    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.523E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       197.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2260532E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.91    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.980    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.67    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       197.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   358217.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   358217.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26858.96    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       197.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   12030.61    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.20    
   D                                     [m]:       5.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   319672.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   148206.5    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.30    
 < z2                                    [m]:       8.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.60    
   T_sum                                 [m]:       3.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.93    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       47.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.982E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.222E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   319672.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   151085.9    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   151085.9    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   148206.5    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.20    
   z2                                    [m]:       5.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.20    
   D                                     [m]:       5.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   148206.5    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   148648.7    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.40    
 < D_pt                                  [m]:       5.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.40    
 < z2                                    [m]:       8.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.54    
   T_sum                                 [m]:       2.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.92    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       48.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.980E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.226E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   324077.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   324077.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.527    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.40    
   Dtip/B                                [-]:      0.343    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.527    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       195.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   152284.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   152284.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       2.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       2.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       195.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5086.791    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.527    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.40    
   Dtip/B                                [-]:      0.343    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.520E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       195.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2232089E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.984    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.67    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       195.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   355422.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   355422.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26745.78    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       195.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11929.42    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.40      5.40      13.8      0.00       324077.2       0.000000       0.000000        1   0.000000       0.000000       324077.2       2 GSS
  5.40      8.30      15.8      2.90       152284.4       0.000000       5086.791        2   5086.791       0.000000       147197.6    *  1 PTS>GSC
  8.30      15.5      15.8      7.20       355422.4       26745.78       11929.42        3   17016.22       26745.78       365152.0       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   147197.6    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.40    
 < D_pt                                  [m]:       5.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.40    
 < z2                                    [m]:       8.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.54    
   T_sum                                 [m]:       2.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.92    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       48.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.980E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.226E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   324077.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   324077.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.527    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.40    
   Dtip/B                                [-]:      0.343    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.2    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.527    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       781.    
   pi * B_eq * B_eq /4                 [m^2]:       195.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   152284.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   152284.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       2.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       2.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       195.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   5086.791    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.527    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.40    
   Dtip/B                                [-]:      0.343    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.520E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.115E+07
   pi*B_eq*B_eq/4                      [m^2]:       195.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2232089E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.4    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.88    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.8    
   lambda = D/B_eq                       [-]:      0.984    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.67    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       195.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   355422.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   355422.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26745.78    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       195.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11929.42    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.30    
   D                                     [m]:       5.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   324077.2     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   147197.6    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.40    
 < z2                                    [m]:       8.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.54    
   T_sum                                 [m]:       2.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.92    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       48.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.980E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.226E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   324077.2    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   149875.5    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   149875.5    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   147197.6    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.30    
   z2                                    [m]:       5.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.30    
   D                                     [m]:       5.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   147197.6    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   147639.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.50    
 < D_pt                                  [m]:       5.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.50    
 < z2                                    [m]:       8.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.49    
   T_sum                                 [m]:       2.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.91    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       49.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.978E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.231E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   328498.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   328498.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.529    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.50    
   Dtip/B                                [-]:      0.351    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.7    
   lambda = D/B_eq                       [-]:      0.529    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       193.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   151060.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   151060.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       2.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       2.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       193.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4869.903    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.529    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.50    
   Dtip/B                                [-]:      0.351    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.518E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.114E+07
   pi*B_eq*B_eq/4                      [m^2]:       193.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2203885E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.7    
   lambda = D/B_eq                       [-]:      0.988    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.68    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       193.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   352638.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   352638.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26632.59    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       193.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11828.67    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.50      5.50      13.8      0.00       328498.2       0.000000       0.000000        1   0.000000       0.000000       328498.2       2 GSS
  5.50      8.30      15.7      2.80       151060.3       0.000000       4869.903        2   4869.903       0.000000       146190.4    *  1 PTS>GSC
  8.30      15.5      15.7      7.20       352638.3       26632.59       11828.67        3   16698.57       26632.59       362572.3       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   146190.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.50    
 < D_pt                                  [m]:       5.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.50    
 < z2                                    [m]:       8.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.49    
   T_sum                                 [m]:       2.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.91    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       49.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.978E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.231E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   328498.2    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   328498.2    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.529    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.50    
   Dtip/B                                [-]:      0.351    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.7    
   lambda = D/B_eq                       [-]:      0.529    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       193.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   151060.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   151060.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       2.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       2.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       193.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4869.903    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.529    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.50    
   Dtip/B                                [-]:      0.351    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.518E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.114E+07
   pi*B_eq*B_eq/4                      [m^2]:       193.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2203885E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.84    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.7    
   lambda = D/B_eq                       [-]:      0.988    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.68    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.182E+04
   pi * B_eq * B_eq /4                 [m^2]:       193.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   352638.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   352638.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26632.59    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       193.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11828.67    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.40    
   D                                     [m]:       5.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   328498.2     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   146190.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.50    
 < z2                                    [m]:       8.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.49    
   T_sum                                 [m]:       2.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.91    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.11    
   p0                                  [kPa]:       49.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.978E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.231E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   328498.2    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.7    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   148670.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   148670.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   146190.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.40    
   z2                                    [m]:       5.50    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.40    
   D                                     [m]:       5.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   146190.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   146632.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.60    
 < D_pt                                  [m]:       5.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.60    
 < z2                                    [m]:       9.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.44    
   T_sum                                 [m]:       2.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.89    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       50.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.977E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.235E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   332927.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   332927.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.531    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.60    
   Dtip/B                                [-]:      0.359    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.531    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       192.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   149841.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   149841.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       192.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4656.148    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.531    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.60    
   Dtip/B                                [-]:      0.359    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.516E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.114E+07
   pi*B_eq*B_eq/4                      [m^2]:       192.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2175920E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.992    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.68    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       192.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   349864.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   349864.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26519.41    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       192.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11728.34    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.60      5.60      13.8      0.00       332927.9       0.000000       0.000000        1   0.000000       0.000000       332927.9       2 GSS
  5.60      8.30      15.6      2.70       149841.1       0.000000       4656.148        2   4656.148       0.000000       145184.9    *  1 PTS>GSC
  8.30      15.5      15.6      7.20       349864.7       26519.41       11728.34        3   16384.49       26519.41       359999.6       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   145184.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.60    
 < D_pt                                  [m]:       5.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.60    
 < z2                                    [m]:       9.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.44    
   T_sum                                 [m]:       2.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.89    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       50.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.977E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.235E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   332927.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   332927.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.531    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.60    
   Dtip/B                                [-]:      0.359    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.531    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.07    
   su0 * Nc0                           [kPa]:       707.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       192.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   149841.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   149841.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       192.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4656.148    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.531    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.60    
   Dtip/B                                [-]:      0.359    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.516E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.114E+07
   pi*B_eq*B_eq/4                      [m^2]:       192.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2175920E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.81    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.992    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.68    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       192.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   349864.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   349864.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       49.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26519.41    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       192.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11728.34    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.50    
   D                                     [m]:       5.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   332927.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   145184.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.60    
 < z2                                    [m]:       9.05    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.44    
   T_sum                                 [m]:       2.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.89    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       50.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.977E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.235E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   332927.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   147469.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   147469.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   145184.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.50    
   z2                                    [m]:       5.60    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.50    
   D                                     [m]:       5.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   145184.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   145627.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.70    
 < D_pt                                  [m]:       5.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.70    
 < z2                                    [m]:       9.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.38    
   T_sum                                 [m]:       2.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.88    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       51.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.975E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.240E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   337355.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   337355.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.534    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.70    
   Dtip/B                                [-]:      0.366    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.534    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       190.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   148626.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   148626.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       190.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4445.507    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.534    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.70    
   Dtip/B                                [-]:      0.366    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.514E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.113E+07
   pi*B_eq*B_eq/4                      [m^2]:       190.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2148192E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.997    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.69    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       190.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   347101.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   347101.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26406.22    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       190.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11628.44    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.70      5.70      13.8      0.00       337355.3       0.000000       0.000000        1   0.000000       0.000000       337355.3       2 GSS
  5.70      8.30      15.6      2.60       148626.7       0.000000       4445.507        2   4445.507       0.000000       144181.2    *  1 PTS>GSC
  8.30      15.5      15.6      7.20       347101.8       26406.22       11628.44        3   16073.95       26406.22       357434.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   144181.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.70    
 < D_pt                                  [m]:       5.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.70    
 < z2                                    [m]:       9.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.38    
   T_sum                                 [m]:       2.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.88    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       51.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.975E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.240E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   337355.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   337355.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.534    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.70    
   Dtip/B                                [-]:      0.366    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.1    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.534    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       782.    
   pi * B_eq * B_eq /4                 [m^2]:       190.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   148626.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   148626.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       190.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4445.507    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.534    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.70    
   Dtip/B                                [-]:      0.366    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.514E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.113E+07
   pi*B_eq*B_eq/4                      [m^2]:       190.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2148192E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.3    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.78    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.6    
   lambda = D/B_eq                       [-]:      0.997    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.69    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       190.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   347101.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   347101.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26406.22    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       190.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11628.44    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.60    
   D                                     [m]:       5.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   337355.3     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   144181.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.70    
 < z2                                    [m]:       9.16    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.38    
   T_sum                                 [m]:       2.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.88    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       51.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.975E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.240E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   337355.3    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   146273.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   146273.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   144181.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.60    
   z2                                    [m]:       5.70    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.60    
   D                                     [m]:       5.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   144181.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   144623.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.80    
 < D_pt                                  [m]:       5.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.80    
 < z2                                    [m]:       9.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.33    
   T_sum                                 [m]:       2.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.86    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       52.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.974E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.244E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   341812.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   341812.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.536    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.80    
   Dtip/B                                [-]:      0.375    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.5    
   lambda = D/B_eq                       [-]:      0.536    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       188.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   147417.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   147417.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       2.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       2.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       188.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4237.960    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.536    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.80    
   Dtip/B                                [-]:      0.375    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.512E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.113E+07
   pi*B_eq*B_eq/4                      [m^2]:       188.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2120701E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.5    
   lambda = D/B_eq                       [-]:       1.00    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.69    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       188.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   344349.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   344349.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26293.04    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       188.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11528.97    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.80      5.80      13.8      0.00       341812.5       0.000000       0.000000        1   0.000000       0.000000       341812.5       2 GSS
  5.80      8.30      15.5      2.50       147417.3       0.000000       4237.960        2   4237.960       0.000000       143179.3    *  1 PTS>GSC
  8.30      15.5      15.5      7.20       344349.4       26293.04       11528.97        3   15766.93       26293.04       354875.5       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   143179.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.80    
 < D_pt                                  [m]:       5.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.80    
 < z2                                    [m]:       9.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.33    
   T_sum                                 [m]:       2.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.86    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       52.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.974E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.244E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   341812.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   341812.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.536    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.80    
   Dtip/B                                [-]:      0.375    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.5    
   lambda = D/B_eq                       [-]:      0.536    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       188.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   147417.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   147417.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       2.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       2.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       188.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4237.960    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.536    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.80    
   Dtip/B                                [-]:      0.375    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.512E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.113E+07
   pi*B_eq*B_eq/4                      [m^2]:       188.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2120701E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.74    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.5    
   lambda = D/B_eq                       [-]:       1.00    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.69    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       188.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   344349.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   344349.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26293.04    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       188.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11528.97    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.70    
   D                                     [m]:       5.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   341812.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   143179.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.80    
 < z2                                    [m]:       9.26    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.33    
   T_sum                                 [m]:       2.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.86    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       52.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.974E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.244E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   341812.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.5    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   145082.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   145082.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   143179.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.70    
   z2                                    [m]:       5.80    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.70    
   D                                     [m]:       5.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   143179.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   143621.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.90    
 < D_pt                                  [m]:       5.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.90    
 < z2                                    [m]:       9.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.28    
   T_sum                                 [m]:       2.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.85    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       53.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.972E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.249E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   346277.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   346277.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.538    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.90    
   Dtip/B                                [-]:      0.383    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:      0.538    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       187.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   146212.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   146212.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       187.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4033.490    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.538    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.90    
   Dtip/B                                [-]:      0.383    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.509E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.112E+07
   pi*B_eq*B_eq/4                      [m^2]:       187.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2093445E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       187.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   341607.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   341607.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26179.85    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       187.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11429.92    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  5.90      5.90      13.8      0.00       346277.9       0.000000       0.000000        1   0.000000       0.000000       346277.9       2 GSS
  5.90      8.30      15.4      2.40       146212.7       0.000000       4033.490        2   4033.490       0.000000       142179.2    *  1 PTS>GSC
  8.30      15.5      15.4      7.20       341607.7       26179.85       11429.92        3   15463.41       26179.85       352324.1       3 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   142179.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.90    
 < D_pt                                  [m]:       5.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.90    
 < z2                                    [m]:       9.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.28    
   T_sum                                 [m]:       2.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.85    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       53.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.972E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.249E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   346277.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   346277.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       5.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       5.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.538    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.90    
   Dtip/B                                [-]:      0.383    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:      0.538    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.08    
   su0 * Nc0                           [kPa]:       708.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       187.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   146212.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   146212.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       187.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4033.490    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.538    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       5.90    
   Dtip/B                                [-]:      0.383    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.509E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.112E+07
   pi*B_eq*B_eq/4                      [m^2]:       187.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2093445E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.71    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       187.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   341607.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   341607.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26179.85    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       187.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11429.92    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.80    
   D                                     [m]:       5.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   346277.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   142179.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       5.90    
 < z2                                    [m]:       9.36    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.28    
   T_sum                                 [m]:       2.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.85    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       53.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.972E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.249E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   346277.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   143895.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   143895.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   142179.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       5.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       5.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.80    
   z2                                    [m]:       5.90    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       5.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       5.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.80    
   D                                     [m]:       5.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       5.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   142179.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   142621.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       7.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.00    
 < D_pt                                  [m]:       6.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.00    
 < z2                                    [m]:       9.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.22    
   T_sum                                 [m]:       2.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.83    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.970E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.254E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   350747.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   350747.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.541    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.00    
   Dtip/B                                [-]:      0.391    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:      0.541    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       185.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   145013.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   145013.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       185.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3832.076    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.541    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.00    
   Dtip/B                                [-]:      0.391    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.507E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.112E+07
   pi*B_eq*B_eq/4                      [m^2]:       185.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2066424E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       185.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   338876.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   338876.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26066.67    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       185.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11331.30    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.00      6.00      13.8      0.00       350747.8       0.000000       0.000000        1   0.000000       0.000000       350747.8       3 GSS
  6.00      8.30      15.4      2.30       145013.0       0.000000       3832.076        2   3832.076       0.000000       141180.9    *  1 PTS>GSC
  8.30      15.5      15.4      7.20       338876.6       26066.67       11331.30        3   15163.38       26066.67       349779.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   141180.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  7.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.00    
 < D_pt                                  [m]:       6.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.00    
 < z2                                    [m]:       9.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.22    
   T_sum                                 [m]:       2.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.83    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.970E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.254E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   350747.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   350747.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.541    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.00    
   Dtip/B                                [-]:      0.391    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       16.0    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:      0.541    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       783.    
   pi * B_eq * B_eq /4                 [m^2]:       185.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   145013.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   145013.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       2.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       185.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3832.076    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.541    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.00    
   Dtip/B                                [-]:      0.391    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.507E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.112E+07
   pi*B_eq*B_eq/4                      [m^2]:       185.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2066424E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.2    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.68    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.4    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:      0.169E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       185.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   338876.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   338876.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   26066.67    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       185.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11331.30    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       7.90    
   D                                     [m]:       6.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   350747.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   141180.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.00    
 < z2                                    [m]:       9.46    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.22    
   T_sum                                 [m]:       2.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.83    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.970E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.254E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   350747.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   142714.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   142714.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   141180.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       7.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       7.90    
   z2                                    [m]:       6.00    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       7.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       7.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       7.90    
   D                                     [m]:       6.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   141180.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   141623.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  7.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.10    
 < D_pt                                  [m]:       6.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.10    
 < z2                                    [m]:       9.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.17    
   T_sum                                 [m]:       2.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.82    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.969E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.258E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   355254.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   355254.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.543    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.10    
   Dtip/B                                [-]:      0.399    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.543    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       184.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   143818.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   143818.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       184.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3633.701    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.543    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.10    
   Dtip/B                                [-]:      0.399    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.505E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.111E+07
   pi*B_eq*B_eq/4                      [m^2]:       184.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2039637E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.71    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       184.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   336156.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   336156.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25953.48    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       184.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11233.11    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.10      6.10      13.8      0.00       355254.3       0.000000       0.000000        1   0.000000       0.000000       355254.3       3 GSS
  6.10      8.30      15.3      2.20       143818.1       0.000000       3633.701        2   3633.701       0.000000       140184.4    *  1 PTS>GSC
  8.30      15.5      15.3      7.20       336156.0       25953.48       11233.11        3   14866.82       25953.48       347242.7       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   140184.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.10    
 < D_pt                                  [m]:       6.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.10    
 < z2                                    [m]:       9.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.17    
   T_sum                                 [m]:       2.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.82    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.969E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.258E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   355254.3    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   355254.3    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.543    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.10    
   Dtip/B                                [-]:      0.399    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.543    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       184.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   143818.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   143818.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       184.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3633.701    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.543    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.10    
   Dtip/B                                [-]:      0.399    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.505E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.111E+07
   pi*B_eq*B_eq/4                      [m^2]:       184.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2039637E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.64    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:       1.01    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.71    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       184.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   336156.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   336156.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       48.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25953.48    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       184.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11233.11    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.00    
   D                                     [m]:       6.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   355254.3     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   140184.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.10    
 < z2                                    [m]:       9.55    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.17    
   T_sum                                 [m]:       2.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.82    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.12    
   p0                                  [kPa]:       54.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.969E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.258E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   355254.3    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.3    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   141537.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   141537.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   140184.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.00    
   z2                                    [m]:       6.10    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.00    
   D                                     [m]:       6.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   140184.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   140626.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.20    
 < D_pt                                  [m]:       6.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.20    
 < z2                                    [m]:       9.65    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.12    
   T_sum                                 [m]:       2.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.80    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       55.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.967E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.263E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   359740.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   359740.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.545    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.20    
   Dtip/B                                [-]:      0.407    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:      0.545    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       182.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   142628.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   142628.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       182.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3438.346    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.545    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.20    
   Dtip/B                                [-]:      0.407    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.503E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.111E+07
   pi*B_eq*B_eq/4                      [m^2]:       182.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2013082E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:       1.02    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.71    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       182.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   333446.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   333446.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25840.29    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       182.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11135.35    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.20      6.20      13.8      0.00       359740.0       0.000000       0.000000        1   0.000000       0.000000       359740.0       3 GSS
  6.20      8.30      15.2      2.10       142628.1       0.000000       3438.346        2   3438.346       0.000000       139189.8    *  1 PTS>GSC
  8.30      15.5      15.2      7.20       333446.1       25840.29       11135.35        3   14573.70       25840.29       344712.7       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   139189.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.20    
 < D_pt                                  [m]:       6.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.20    
 < z2                                    [m]:       9.65    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.12    
   T_sum                                 [m]:       2.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.80    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       55.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.967E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.263E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   359740.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   359740.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.545    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.20    
   Dtip/B                                [-]:      0.407    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:      0.545    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.09    
   su0 * Nc0                           [kPa]:       709.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       182.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   142628.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   142628.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       182.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3438.346    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.545    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.20    
   Dtip/B                                [-]:      0.407    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.503E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.111E+07
   pi*B_eq*B_eq/4                      [m^2]:       182.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.2013082E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.61    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:       1.02    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.71    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       182.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   333446.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   333446.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25840.29    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       182.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11135.35    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.10    
   D                                     [m]:       6.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   359740.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   139189.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.20    
 < z2                                    [m]:       9.65    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.12    
   T_sum                                 [m]:       2.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.80    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       55.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.967E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.263E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   359740.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   140365.5    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   140365.5    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   139189.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.10    
   z2                                    [m]:       6.20    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.10    
   D                                     [m]:       6.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   139189.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   139632.0    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.30    
 < D_pt                                  [m]:       6.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.30    
 < z2                                    [m]:       9.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.06    
   T_sum                                 [m]:       2.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.79    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       56.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.966E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   364251.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   364251.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.548    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.30    
   Dtip/B                                [-]:      0.416    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:      0.548    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       180.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   141443.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   141443.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       180.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3245.991    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.548    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.30    
   Dtip/B                                [-]:      0.416    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.501E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.110E+07
   pi*B_eq*B_eq/4                      [m^2]:       180.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1986759E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:       1.02    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.72    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       180.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   330746.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   330746.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25727.11    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       180.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11038.01    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.30      6.30      13.8      0.00       364251.4       0.000000       0.000000        1   0.000000       0.000000       364251.4       3 GSS
  6.30      8.30      15.2      2.00       141443.0       0.000000       3245.991        2   3245.991       0.000000       138197.1    *  1 PTS>GSC
  8.30      15.5      15.2      7.20       330746.8       25727.11       11038.01        3   14284.00       25727.11       342189.9       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   138197.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.30    
 < D_pt                                  [m]:       6.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.30    
 < z2                                    [m]:       9.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.06    
   T_sum                                 [m]:       2.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.79    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       56.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.966E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   364251.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   364251.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.548    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.30    
   Dtip/B                                [-]:      0.416    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.9    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:      0.548    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       784.    
   pi * B_eq * B_eq /4                 [m^2]:       180.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   141443.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   141443.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       2.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       2.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       180.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3245.991    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.548    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.30    
   Dtip/B                                [-]:      0.416    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.501E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.110E+07
   pi*B_eq*B_eq/4                      [m^2]:       180.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1986759E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.1    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.58    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.2    
   lambda = D/B_eq                       [-]:       1.02    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.72    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.183E+04
   pi * B_eq * B_eq /4                 [m^2]:       180.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   330746.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   330746.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25727.11    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       180.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   11038.01    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.20    
   D                                     [m]:       6.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   364251.4     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   138197.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.30    
 < z2                                    [m]:       9.76    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.06    
   T_sum                                 [m]:       2.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.79    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       56.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.966E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.268E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   364251.4    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   139198.3    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   139198.3    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   138197.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.20    
   z2                                    [m]:       6.30    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1905    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.20    
   D                                     [m]:       6.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   138197.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1905    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   138639.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.40    
 < D_pt                                  [m]:       6.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.40    
 < z2                                    [m]:       9.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.01    
   T_sum                                 [m]:       1.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.77    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       57.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.964E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.272E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   368759.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   368759.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.550    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.40    
   Dtip/B                                [-]:      0.424    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.1    
   lambda = D/B_eq                       [-]:      0.550    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       179.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   140262.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   140262.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       1.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       1.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       179.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3056.618    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.550    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.40    
   Dtip/B                                [-]:      0.424    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.498E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.110E+07
   pi*B_eq*B_eq/4                      [m^2]:       179.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1960666E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.1    
   lambda = D/B_eq                       [-]:       1.03    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.72    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       179.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   328058.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   328058.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25613.92    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       179.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10941.10    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.40      6.40      13.8      0.00       368759.6       0.000000       0.000000        1   0.000000       0.000000       368759.6       3 GSS
  6.40      8.30      15.1      1.90       140262.8       0.000000       3056.618        2   3056.618       0.000000       137206.2    *  1 PTS>GSC
  8.30      15.5      15.1      7.20       328058.0       25613.92       10941.10        3   13997.72       25613.92       339674.2       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   137206.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.40    
 < D_pt                                  [m]:       6.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.40    
 < z2                                    [m]:       9.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.01    
   T_sum                                 [m]:       1.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.77    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       57.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.964E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.272E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   368759.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   368759.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.550    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.40    
   Dtip/B                                [-]:      0.424    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.1    
   lambda = D/B_eq                       [-]:      0.550    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       179.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   140262.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   140262.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       1.90    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.90    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       1.90    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       179.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3056.618    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.550    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.40    
   Dtip/B                                [-]:      0.424    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.498E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.110E+07
   pi*B_eq*B_eq/4                      [m^2]:       179.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1960666E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.54    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.1    
   lambda = D/B_eq                       [-]:       1.03    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.72    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       179.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   328058.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   328058.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.4    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25613.92    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       179.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10941.10    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.30    
   D                                     [m]:       6.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   368759.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   137206.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.40    
 < z2                                    [m]:       9.86    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:       1.01    
   T_sum                                 [m]:       1.90    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.77    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       57.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.964E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.272E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   368759.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.1    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   138036.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   138036.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   137206.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.30    
   z2                                    [m]:       6.40    
   gamma_sub_av                     [kN/m^3]:       9.00    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   442.1585    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.30    
   D                                     [m]:       6.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   137206.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   442.1585    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   137648.4    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.50    
 < D_pt                                  [m]:       6.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.50    
 < z2                                    [m]:       9.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.957    
   T_sum                                 [m]:       1.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.76    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       58.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.962E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.277E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   373296.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   373296.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.553    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.50    
   Dtip/B                                [-]:      0.433    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:      0.553    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       177.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   139087.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   139087.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       177.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2870.208    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.553    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.50    
   Dtip/B                                [-]:      0.433    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.496E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.109E+07
   pi*B_eq*B_eq/4                      [m^2]:       177.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1934802E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:       1.03    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.73    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       177.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   325379.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   325379.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25500.74    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       177.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10844.62    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.50      6.50      13.8      0.00       373296.8       0.000000       0.000000        1   0.000000       0.000000       373296.8       3 GSS
  6.50      8.30      15.0      1.80       139087.5       0.000000       2870.208        2   2870.208       0.000000       136217.3    *  1 PTS>GSC
  8.30      15.5      15.0      7.20       325379.9       25500.74       10844.62        3   13714.83       25500.74       337165.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   136217.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.50    
 < D_pt                                  [m]:       6.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.50    
 < z2                                    [m]:       9.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.957    
   T_sum                                 [m]:       1.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.76    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       58.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.962E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.277E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   373296.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   373296.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.553    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.50    
   Dtip/B                                [-]:      0.433    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:      0.553    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.10    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       177.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   139087.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   139087.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.80    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.80    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.80    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       177.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2870.208    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.553    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.50    
   Dtip/B                                [-]:      0.433    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.496E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.109E+07
   pi*B_eq*B_eq/4                      [m^2]:       177.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1934802E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.51    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:       1.03    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.73    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       177.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   325379.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   325379.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.2    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25500.74    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       177.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10844.62    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.40    
   D                                     [m]:       6.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   373296.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   136217.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.50    
 < z2                                    [m]:       9.96    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.957    
   T_sum                                 [m]:       1.80    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.76    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       58.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.962E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.277E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   373296.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   136878.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   136878.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   136217.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.40    
   z2                                    [m]:       6.50    
   gamma_sub_av                     [kN/m^3]:       8.97    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   440.9270    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.40    
   D                                     [m]:       6.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   136217.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   440.9270    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   136658.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.60    
 < D_pt                                  [m]:       6.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.60    
 < z2                                    [m]:       10.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.904    
   T_sum                                 [m]:       1.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.75    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       59.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.961E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.282E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   377841.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   377841.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.555    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.60    
   Dtip/B                                [-]:      0.441    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:      0.555    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       176.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   137917.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   137917.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       176.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2686.742    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.555    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.60    
   Dtip/B                                [-]:      0.441    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.494E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.109E+07
   pi*B_eq*B_eq/4                      [m^2]:       176.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1909167E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:       1.04    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.73    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       176.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   322712.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   322712.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25387.55    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       176.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10748.57    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.60      6.60      13.8      0.00       377841.4       0.000000       0.000000        1   0.000000       0.000000       377841.4       3 GSS
  6.60      8.30      15.0      1.70       137917.0       0.000000       2686.742        2   2686.742       0.000000       135230.2    *  1 PTS>GSC
  8.30      15.5      15.0      7.20       322712.4       25387.55       10748.57        3   13435.31       25387.55       334664.7       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   135230.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.60    
 < D_pt                                  [m]:       6.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.60    
 < z2                                    [m]:       10.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.904    
   T_sum                                 [m]:       1.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.75    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       59.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.961E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.282E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   377841.4    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   377841.4    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.555    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.60    
   Dtip/B                                [-]:      0.441    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.8    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:      0.555    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       785.    
   pi * B_eq * B_eq /4                 [m^2]:       176.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   137917.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   137917.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.70    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.70    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       1.70    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       176.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2686.742    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       15.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       15.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       15.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.555    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.60    
   Dtip/B                                [-]:      0.441    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.494E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.109E+07
   pi*B_eq*B_eq/4                      [m^2]:       176.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1909167E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       15.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       15.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       23.0    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.48    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       15.0    
   lambda = D/B_eq                       [-]:       1.04    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.73    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       176.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   322712.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   322712.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       47.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25387.55    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       15.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       176.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10748.57    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.50    
   D                                     [m]:       6.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   377841.4     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   135230.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.60    
 < z2                                    [m]:       10.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.904    
   T_sum                                 [m]:       1.70    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.75    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.13    
   p0                                  [kPa]:       59.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.961E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.282E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   377841.4    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       15.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   135725.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   135725.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   135230.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.50    
   z2                                    [m]:       6.60    
   gamma_sub_av                     [kN/m^3]:       8.95    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   439.6155    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.50    
   D                                     [m]:       6.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   135230.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   439.6155    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   135669.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.70    
 < D_pt                                  [m]:       6.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.70    
 < z2                                    [m]:       10.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.851    
   T_sum                                 [m]:       1.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.73    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       60.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.959E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.286E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   382403.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   382403.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.558    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.70    
   Dtip/B                                [-]:      0.450    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.9    
   lambda = D/B_eq                       [-]:      0.558    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       174.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   136751.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   136751.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       174.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2506.201    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.558    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.70    
   Dtip/B                                [-]:      0.450    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.492E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.108E+07
   pi*B_eq*B_eq/4                      [m^2]:       174.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1883760E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.9    
   lambda = D/B_eq                       [-]:       1.04    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.74    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       174.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   320055.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   320055.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25274.37    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       174.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10652.94    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.70      6.70      13.8      0.00       382403.9       0.000000       0.000000        1   0.000000       0.000000       382403.9       3 GSS
  6.70      8.30      14.9      1.60       136751.4       0.000000       2506.201        2   2506.201       0.000000       134245.2    *  1 PTS>GSC
  8.30      15.5      14.9      7.20       320055.5       25274.37       10652.94        3   13159.14       25274.37       332170.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   134245.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.70    
 < D_pt                                  [m]:       6.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.70    
 < z2                                    [m]:       10.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.851    
   T_sum                                 [m]:       1.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.73    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       60.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.959E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.286E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   382403.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   382403.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.9    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.9    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.558    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.70    
   Dtip/B                                [-]:      0.450    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.9    
   lambda = D/B_eq                       [-]:      0.558    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       174.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   136751.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   136751.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       174.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2506.201    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.9    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.9    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.558    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.70    
   Dtip/B                                [-]:      0.450    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.492E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.108E+07
   pi*B_eq*B_eq/4                      [m^2]:       174.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1883760E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.44    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.9    
   lambda = D/B_eq                       [-]:       1.04    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.74    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       174.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   320055.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   320055.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25274.37    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.9    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       174.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10652.94    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.60    
   D                                     [m]:       6.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   382403.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   134245.2    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.70    
 < z2                                    [m]:       10.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.851    
   T_sum                                 [m]:       1.60    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.73    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       60.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.959E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.286E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   382403.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.9    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   134577.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   134577.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   134245.2    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.60    
   z2                                    [m]:       6.70    
   gamma_sub_av                     [kN/m^3]:       8.92    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   438.3200    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.60    
   D                                     [m]:       6.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   134245.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   438.3200    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   134683.5    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.80    
 < D_pt                                  [m]:       6.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.80    
 < z2                                    [m]:       10.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.798    
   T_sum                                 [m]:       1.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.72    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       61.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.958E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.291E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   386973.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   386973.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.560    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.80    
   Dtip/B                                [-]:      0.459    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:      0.560    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       172.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   135590.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   135590.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       172.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2328.566    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.560    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.80    
   Dtip/B                                [-]:      0.459    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.490E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.108E+07
   pi*B_eq*B_eq/4                      [m^2]:       172.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1858579E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:       1.05    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.75    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       172.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   317409.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   317409.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25161.18    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       172.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10557.74    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.80      6.80      13.8      0.00       386973.5       0.000000       0.000000        1   0.000000       0.000000       386973.5       3 GSS
  6.80      8.30      14.8      1.50       135590.6       0.000000       2328.566        2   2328.566       0.000000       133262.1    *  1 PTS>GSC
  8.30      15.5      14.8      7.20       317409.3       25161.18       10557.74        3   12886.31       25161.18       329684.1       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   133262.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.80    
 < D_pt                                  [m]:       6.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.80    
 < z2                                    [m]:       10.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.798    
   T_sum                                 [m]:       1.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.72    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       61.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.958E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.291E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   386973.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   386973.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.560    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.80    
   Dtip/B                                [-]:      0.459    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:      0.560    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.11    
   su0 * Nc0                           [kPa]:       711.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       172.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   135590.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   135590.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.50    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.50    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.50    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       172.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2328.566    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.560    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.80    
   Dtip/B                                [-]:      0.459    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.490E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.108E+07
   pi*B_eq*B_eq/4                      [m^2]:       172.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1858579E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.41    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:       1.05    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.75    
   su0 * Nc0                           [kPa]:      0.170E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       172.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   317409.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   317409.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.6    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25161.18    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       172.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10557.74    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.70    
   D                                     [m]:       6.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   386973.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   133262.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.80    
 < z2                                    [m]:       10.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.798    
   T_sum                                 [m]:       1.50    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.72    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       61.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.958E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.291E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   386973.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   133434.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   133434.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   133262.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.70    
   z2                                    [m]:       6.80    
   gamma_sub_av                     [kN/m^3]:       8.89    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   437.0245    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.70    
   D                                     [m]:       6.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   133262.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   437.0245    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   133699.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.90    
 < D_pt                                  [m]:       6.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.90    
 < z2                                    [m]:       10.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.744    
   T_sum                                 [m]:       1.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.70    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       62.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.956E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.296E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   391535.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   391535.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.563    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.90    
   Dtip/B                                [-]:      0.468    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:      0.563    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       171.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   134434.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   134434.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       171.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2153.820    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.563    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.90    
   Dtip/B                                [-]:      0.468    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.487E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.107E+07
   pi*B_eq*B_eq/4                      [m^2]:       171.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1833623E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:       1.05    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.75    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       171.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   314773.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   314773.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25047.99    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       171.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10462.97    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  6.90      6.90      13.8      0.00       391535.8       0.000000       0.000000        1   0.000000       0.000000       391535.8       3 GSS
  6.90      8.30      14.8      1.40       134434.8       0.000000       2153.820        2   2153.820       0.000000       132281.0    *  1 PTS>GSC
  8.30      15.5      14.8      7.20       314773.6       25047.99       10462.97        3   12616.79       25047.99       327204.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   132281.0    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.90    
 < D_pt                                  [m]:       6.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.90    
 < z2                                    [m]:       10.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.744    
   T_sum                                 [m]:       1.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.70    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       62.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.956E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.296E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   391535.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   391535.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       6.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       6.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.563    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.90    
   Dtip/B                                [-]:      0.468    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.7    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:      0.563    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       786.    
   pi * B_eq * B_eq /4                 [m^2]:       171.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   134434.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   134434.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.40    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.40    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       1.40    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       171.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   2153.820    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.8    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.8    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.8    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.8    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.563    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       6.90    
   Dtip/B                                [-]:      0.468    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.487E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.107E+07
   pi*B_eq*B_eq/4                      [m^2]:       171.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1833623E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.8    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.8    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.9    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.38    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.8    
   lambda = D/B_eq                       [-]:       1.05    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.75    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       171.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   314773.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   314773.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   25047.99    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.8    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       171.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10462.97    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.80    
   D                                     [m]:       6.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   391535.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   132281.0    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       6.90    
 < z2                                    [m]:       10.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.744    
   T_sum                                 [m]:       1.40    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.70    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       62.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.956E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.296E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   391535.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   132296.3    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   132296.3    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   132281.0    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       6.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.80    
   z2                                    [m]:       6.90    
   gamma_sub_av                     [kN/m^3]:       8.87    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   435.6971    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       6.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       6.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.80    
   D                                     [m]:       6.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       6.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   132281.0    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   435.6971    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   132716.7    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       8.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.00    
 < D_pt                                  [m]:       7.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.00    
 < z2                                    [m]:       10.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.691    
   T_sum                                 [m]:       1.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.69    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.955E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.301E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   396122.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   396122.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.565    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.00    
   Dtip/B                                [-]:      0.477    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.7    
   lambda = D/B_eq                       [-]:      0.565    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       169.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   133283.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   133283.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       1.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       1.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       169.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1981.941    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.565    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.00    
   Dtip/B                                [-]:      0.477    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.485E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.107E+07
   pi*B_eq*B_eq/4                      [m^2]:       169.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1808892E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.7    
   lambda = D/B_eq                       [-]:       1.06    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.76    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       169.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   312148.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   312148.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24934.81    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       169.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10368.62    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.00      7.00      13.8      0.00       396122.9       0.000000       0.000000        1   0.000000       0.000000       396122.9       3 GSS
  7.00      8.30      14.7      1.30       133283.8       0.000000       1981.941        2   1981.941       0.000000       131301.9    *  1 PTS>GSC
  8.30      15.5      14.7      7.20       312148.5       24934.81       10368.62        3   12350.56       24934.81       324732.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   131301.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  8.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.00    
 < D_pt                                  [m]:       7.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.00    
 < z2                                    [m]:       10.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.691    
   T_sum                                 [m]:       1.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.69    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.955E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.301E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   396122.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   396122.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.7    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.7    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.565    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.00    
   Dtip/B                                [-]:      0.477    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.7    
   lambda = D/B_eq                       [-]:      0.565    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       169.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   133283.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   133283.8    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       1.30    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.30    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       1.30    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       169.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1981.941    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.7    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.7    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.7    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.7    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.7    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.565    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.00    
   Dtip/B                                [-]:      0.477    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.485E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.107E+07
   pi*B_eq*B_eq/4                      [m^2]:       169.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1808892E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.7    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.7    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.34    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.7    
   lambda = D/B_eq                       [-]:       1.06    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.76    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       169.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   312148.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   312148.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       46.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24934.81    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.7    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       169.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10368.62    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       8.90    
   D                                     [m]:       7.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   396122.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   131301.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.00    
 < z2                                    [m]:       10.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.691    
   T_sum                                 [m]:       1.30    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.69    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.955E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.301E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   396122.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.7    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   131162.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   131162.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   131301.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       8.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       8.90    
   z2                                    [m]:       7.00    
   gamma_sub_av                     [kN/m^3]:       8.84    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   434.4816    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       8.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       8.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       8.90    
   D                                     [m]:       7.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   131301.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   434.4816    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   131736.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  8.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.00    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.10    
 < D_pt                                  [m]:       7.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.10    
 < z2                                    [m]:       10.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.638    
   T_sum                                 [m]:       1.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.67    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.953E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.305E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   400706.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   400706.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.568    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.10    
   Dtip/B                                [-]:      0.486    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:      0.568    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       168.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   132137.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   132137.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       168.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1812.913    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.568    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.10    
   Dtip/B                                [-]:      0.486    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.483E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.106E+07
   pi*B_eq*B_eq/4                      [m^2]:       168.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1784384E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:       1.06    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.76    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       168.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   309534.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   309534.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24821.62    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       168.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10274.70    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.10      7.10      13.8      0.00       400706.0       0.000000       0.000000        1   0.000000       0.000000       400706.0       3 GSS
  7.10      8.30      14.6      1.20       132137.7       0.000000       1812.913        2   1812.913       0.000000       130324.8    *  1 PTS>GSC
  8.30      15.5      14.6      7.20       309534.1       24821.62       10274.70        3   12087.62       24821.62       322268.1       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   130324.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.00    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.10    
 < D_pt                                  [m]:       7.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.10    
 < z2                                    [m]:       10.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.638    
   T_sum                                 [m]:       1.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.67    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.953E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.305E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   400706.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   400706.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.568    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.10    
   Dtip/B                                [-]:      0.486    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:      0.568    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.12    
   su0 * Nc0                           [kPa]:       712.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       168.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   132137.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   132137.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.20    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.20    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       168.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1812.913    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.568    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.10    
   Dtip/B                                [-]:      0.486    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.483E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.106E+07
   pi*B_eq*B_eq/4                      [m^2]:       168.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1784384E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.31    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:       1.06    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.76    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.184E+04
   pi * B_eq * B_eq /4                 [m^2]:       168.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   309534.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   309534.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24821.62    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       168.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10274.70    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.00    
   D                                     [m]:       7.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   400706.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   130324.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.10    
 < z2                                    [m]:       10.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.638    
   T_sum                                 [m]:       1.20    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.67    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       63.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.953E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.305E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   400706.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   130034.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   130034.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   130324.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.00    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.00    
   z2                                    [m]:       7.10    
   gamma_sub_av                     [kN/m^3]:       8.82    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   433.1541    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.00    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.00    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.00    
   D                                     [m]:       7.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   130324.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   433.1541    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   130757.9    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.00    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.10    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.20    
 < D_pt                                  [m]:       7.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.20    
 < z2                                    [m]:       10.7    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.585    
   T_sum                                 [m]:       1.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.66    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       64.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.951E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.310E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   405331.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   405331.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.570    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.20    
   Dtip/B                                [-]:      0.495    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:      0.570    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.13    
   su0 * Nc0                           [kPa]:       713.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       166.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   130996.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   130996.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       166.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1646.716    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.570    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.20    
   Dtip/B                                [-]:      0.495    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.481E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.106E+07
   pi*B_eq*B_eq/4                      [m^2]:       166.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1760099E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.77    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       166.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   306930.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   306930.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24708.44    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       166.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10181.21    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.20      7.20      13.8      0.00       405331.5       0.000000       0.000000        1   0.000000       0.000000       405331.5       3 GSS
  7.20      8.30      14.6      1.10       130996.5       0.000000       1646.716        2   1646.716       0.000000       129349.7    *  1 PTS>GSC
  8.30      15.5      14.6      7.20       306930.2       24708.44       10181.21        3   11827.93       24708.44       319810.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   129349.7    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.10    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.20    
 < D_pt                                  [m]:       7.20    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.20    
 < z2                                    [m]:       10.7    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.585    
   T_sum                                 [m]:       1.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.66    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       64.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.951E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.310E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   405331.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   405331.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.20    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.20    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.20    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.570    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.20    
   Dtip/B                                [-]:      0.495    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.6    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:      0.570    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.13    
   su0 * Nc0                           [kPa]:       713.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       787.    
   pi * B_eq * B_eq /4                 [m^2]:       166.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   130996.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   130996.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.10    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.10    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       1.10    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       166.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1646.716    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.6    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.6    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.6    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.6    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.570    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.20    
   Dtip/B                                [-]:      0.495    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.481E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.106E+07
   pi*B_eq*B_eq/4                      [m^2]:       166.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1760099E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.6    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.6    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.8    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.28    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.6    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.77    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       166.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   306930.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   306930.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24708.44    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.6    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       166.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10181.21    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.10    
   D                                     [m]:       7.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   405331.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   129349.7    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.20    
 < z2                                    [m]:       10.7    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.585    
   T_sum                                 [m]:       1.10    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.66    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.14    
   p0                                  [kPa]:       64.8    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.951E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.310E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   405331.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.6    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   128910.2    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   128910.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   129349.7    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.20    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.20    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.10    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.10    
   z2                                    [m]:       7.20    
   gamma_sub_av                     [kN/m^3]:       8.79    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   431.8586    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.10    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.10    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.20    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.20    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.10    
   D                                     [m]:       7.20    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.20    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   129349.7    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   431.8586    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   129781.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.10    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.20    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.30    
 < D_pt                                  [m]:       7.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.30    
 < z2                                    [m]:       10.8    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.532    
   T_sum                                 [m]:       1.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.64    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       65.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.950E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.315E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   409942.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   409942.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.573    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.30    
   Dtip/B                                [-]:      0.504    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.5    
   lambda = D/B_eq                       [-]:      0.573    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.13    
   su0 * Nc0                           [kPa]:       713.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       788.    
   pi * B_eq * B_eq /4                 [m^2]:       165.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   129860.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   129860.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       165.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1483.330    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.573    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.30    
   Dtip/B                                [-]:      0.504    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.479E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.105E+07
   pi*B_eq*B_eq/4                      [m^2]:       165.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1736035E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.5    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.78    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       165.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   304337.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   304337.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24595.25    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       165.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10088.15    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.30      7.30      13.8      0.00       409942.1       0.000000       0.000000        1   0.000000       0.000000       409942.1       3 GSS
  7.30      8.30      14.5      1.00       129860.1       0.000000       1483.330        2   1483.330       0.000000       128376.8    *  1 PTS>GSC
  8.30      15.5      14.5      7.20       304337.0       24595.25       10088.15        3   11571.48       24595.25       317360.8       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   128376.8    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.20    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.30    
 < D_pt                                  [m]:       7.30    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.30    
 < z2                                    [m]:       10.8    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.532    
   T_sum                                 [m]:       1.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.64    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       65.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.950E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.315E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   409942.1    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   409942.1    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.30    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.30    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.5    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.5    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.573    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.30    
   Dtip/B                                [-]:      0.504    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.5    
   lambda = D/B_eq                       [-]:      0.573    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.13    
   su0 * Nc0                           [kPa]:       713.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       788.    
   pi * B_eq * B_eq /4                 [m^2]:       165.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   129860.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   129860.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       165.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1483.330    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.5    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.5    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.5    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.5    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.5    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.573    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.30    
   Dtip/B                                [-]:      0.504    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.479E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.105E+07
   pi*B_eq*B_eq/4                      [m^2]:       165.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1736035E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.5    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.5    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.24    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.5    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.78    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       165.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   304337.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   304337.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24595.25    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.5    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       165.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   10088.15    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.20    
   D                                     [m]:       7.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   409942.1     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   128376.8    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.30    
 < z2                                    [m]:       10.8    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.532    
   T_sum                                 [m]:       1.00    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.64    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       65.7    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.950E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.315E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   409942.1    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.5    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   127791.1    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   127791.1    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   128376.8    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.30    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.30    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.20    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.20    
   z2                                    [m]:       7.30    
   gamma_sub_av                     [kN/m^3]:       8.76    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   430.5631    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.20    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.20    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.30    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.30    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.20    
   D                                     [m]:       7.30    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.30    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   128376.8    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   430.5631    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   128807.3    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.20    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.30    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       7.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.40    
 < z2                                    [m]:       10.9    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.479    
   T_sum                                 [m]:      0.900    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.63    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       66.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.948E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.320E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   414569.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   414569.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.576    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.513    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:      0.576    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       788.    
   pi * B_eq * B_eq /4                 [m^2]:       163.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   128728.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   128728.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.900    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       163.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1322.739    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.576    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.513    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.476E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.105E+07
   pi*B_eq*B_eq/4                      [m^2]:       163.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1712191E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.78    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       163.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   301754.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   301754.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24482.07    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       163.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9995.513    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.40      7.40      13.8      0.00       414569.8       0.000000       0.000000        1   0.000000       0.000000       414569.8       3 GSS
  7.40      8.30      14.4     0.900       128728.6       0.000000       1322.739        2   1322.739       0.000000       127405.9    *  1 PTS>GSC
  8.30      15.5      14.4      7.20       301754.4       24482.07       9995.513        3   11318.25       24482.07       314918.2       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   127405.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.30    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       7.40    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.40    
 < z2                                    [m]:       10.9    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.479    
   T_sum                                 [m]:      0.900    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.63    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       66.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.948E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.320E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   414569.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   414569.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.576    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.513    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:      0.576    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       788.    
   pi * B_eq * B_eq /4                 [m^2]:       163.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   128728.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   128728.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.900    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       163.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1322.739    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.576    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.513    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.476E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.105E+07
   pi*B_eq*B_eq/4                      [m^2]:       163.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1712191E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.21    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:       1.07    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.78    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       163.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   301754.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   301754.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24482.07    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       163.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9995.513    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.30    
   D                                     [m]:       7.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   414569.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   127405.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.40    
 < z2                                    [m]:       10.9    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.479    
   T_sum                                 [m]:      0.900    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.63    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       66.6    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.948E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.320E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   414569.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   126676.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   126676.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   127405.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.40    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.30    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.30    
   z2                                    [m]:       7.40    
   gamma_sub_av                     [kN/m^3]:       8.74    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   429.2517    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.30    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.30    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.40    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.30    
   D                                     [m]:       7.40    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.40    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   127405.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   429.2517    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   127835.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.30    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.40    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.50    
 < D_pt                                  [m]:       7.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.50    
 < z2                                    [m]:       11.0    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.425    
   T_sum                                 [m]:      0.800    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.62    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       67.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.947E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.325E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   419211.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   419211.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.578    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.50    
   Dtip/B                                [-]:      0.523    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:      0.578    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       162.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   127602.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   127602.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.800    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.800    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.800    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       162.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1164.921    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.578    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.50    
   Dtip/B                                [-]:      0.523    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.474E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.104E+07
   pi*B_eq*B_eq/4                      [m^2]:       162.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1688567E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:       1.08    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.79    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       162.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   299182.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   299182.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24368.88    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       162.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9903.304    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.50      7.50      13.8      0.00       419211.0       0.000000       0.000000        1   0.000000       0.000000       419211.0       3 GSS
  7.50      8.30      14.4     0.800       127602.0       0.000000       1164.921        2   1164.921       0.000000       126437.1    *  1 PTS>GSC
  8.30      15.5      14.4      7.20       299182.5       24368.88       9903.304        3   11068.23       24368.88       312483.1       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   126437.1    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.40    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.50    
 < D_pt                                  [m]:       7.50    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.50    
 < z2                                    [m]:       11.0    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.425    
   T_sum                                 [m]:      0.800    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.62    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       67.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.947E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.325E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   419211.0    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   419211.0    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.50    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.50    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.50    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.578    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.50    
   Dtip/B                                [-]:      0.523    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.5    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:      0.578    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       162.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   127602.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   127602.0    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.800    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.800    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:      0.800    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       162.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1164.921    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.4    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.4    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.4    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.4    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.578    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.50    
   Dtip/B                                [-]:      0.523    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.474E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.104E+07
   pi*B_eq*B_eq/4                      [m^2]:       162.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1688567E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.4    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.4    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.7    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.18    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.4    
   lambda = D/B_eq                       [-]:       1.08    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.79    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       162.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   299182.5    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   299182.5    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       45.1    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24368.88    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.4    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       162.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9903.304    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.40    
   D                                     [m]:       7.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   419211.0     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   126437.1    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.50    
 < z2                                    [m]:       11.0    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.425    
   T_sum                                 [m]:      0.800    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.62    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       67.5    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.947E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.325E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   419211.0    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.4    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   125567.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   125567.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   126437.1    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.50    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.50    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.40    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.40    
   z2                                    [m]:       7.50    
   gamma_sub_av                     [kN/m^3]:       8.71    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   427.9562    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.40    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.40    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.50    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.50    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.40    
   D                                     [m]:       7.50    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.50    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   126437.1    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   427.9562    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   126865.0    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.40    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.50    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.60    
 < D_pt                                  [m]:       7.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.60    
 < z2                                    [m]:       11.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.372    
   T_sum                                 [m]:      0.700    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.60    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       68.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.945E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.329E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   423843.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   423843.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.581    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.60    
   Dtip/B                                [-]:      0.532    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.3    
   lambda = D/B_eq                       [-]:      0.581    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       160.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   126480.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   126480.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.700    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       160.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1009.859    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.581    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.60    
   Dtip/B                                [-]:      0.532    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.472E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.104E+07
   pi*B_eq*B_eq/4                      [m^2]:       160.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1665161E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.3    
   lambda = D/B_eq                       [-]:       1.08    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.79    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       160.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   296621.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   296621.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24255.69    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       160.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9811.522    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.60      7.60      13.8      0.00       423843.9       0.000000       0.000000        1   0.000000       0.000000       423843.9       3 GSS
  7.60      8.30      14.3     0.700       126480.3       0.000000       1009.859        2   1009.859       0.000000       125470.4    *  1 PTS>GSC
  8.30      15.5      14.3      7.20       296621.1       24255.69       9811.522        3   10821.38       24255.69       310055.4       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   125470.4    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.50    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.60    
 < D_pt                                  [m]:       7.60    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.60    
 < z2                                    [m]:       11.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.372    
   T_sum                                 [m]:      0.700    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.60    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       68.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.945E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.329E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   423843.9    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   423843.9    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.60    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.60    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.60    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.3    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.3    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.581    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.60    
   Dtip/B                                [-]:      0.532    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.3    
   lambda = D/B_eq                       [-]:      0.581    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.14    
   su0 * Nc0                           [kPa]:       714.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       160.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   126480.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   126480.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.700    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       160.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1009.859    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.3    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.3    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.581    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.60    
   Dtip/B                                [-]:      0.532    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.472E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.104E+07
   pi*B_eq*B_eq/4                      [m^2]:       160.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1665161E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.14    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.3    
   lambda = D/B_eq                       [-]:       1.08    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.79    
   su0 * Nc0                           [kPa]:      0.171E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       160.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   296621.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   296621.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.9    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24255.69    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.3    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       160.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9811.522    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.50    
   D                                     [m]:       7.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   423843.9     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   125470.4    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.60    
 < z2                                    [m]:       11.1    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.372    
   T_sum                                 [m]:      0.700    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.60    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       68.4    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.945E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.329E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   423843.9    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.3    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   124462.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   124462.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   125470.4    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.60    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.60    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.50    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.50    
   z2                                    [m]:       7.60    
   gamma_sub_av                     [kN/m^3]:       8.68    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   426.6607    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.50    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.50    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.60    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.60    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.50    
   D                                     [m]:       7.60    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.60    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   125470.4    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   426.6607    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   125897.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.50    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.60    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.70    
 < D_pt                                  [m]:       7.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.70    
 < z2                                    [m]:       11.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.319    
   T_sum                                 [m]:      0.600    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.59    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       69.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.943E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.334E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   428500.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   428500.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.584    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.70    
   Dtip/B                                [-]:      0.541    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:      0.584    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       159.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   125363.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   125363.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.600    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       159.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   857.5341    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.584    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.70    
   Dtip/B                                [-]:      0.541    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.470E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.103E+07
   pi*B_eq*B_eq/4                      [m^2]:       159.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1641972E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:       1.09    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.80    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       159.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   294070.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   294070.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24142.51    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       159.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9720.168    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.70      7.70      13.8      0.00       428500.8       0.000000       0.000000        1   0.000000       0.000000       428500.8       3 GSS
  7.70      8.30      14.2     0.600       125363.4       0.000000       857.5341        2   857.5341       0.000000       124505.9    *  1 PTS>GSC
  8.30      15.5      14.2      7.20       294070.4       24142.51       9720.168        3   10577.70       24142.51       307635.2       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   124505.9    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.60    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.70    
 < D_pt                                  [m]:       7.70    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.70    
 < z2                                    [m]:       11.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.319    
   T_sum                                 [m]:      0.600    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.59    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       69.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.943E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.334E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   428500.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   428500.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.70    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.70    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.70    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.584    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.70    
   Dtip/B                                [-]:      0.541    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:      0.584    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       789.    
   pi * B_eq * B_eq /4                 [m^2]:       159.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   125363.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   125363.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.600    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       159.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   857.5341    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.584    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.70    
   Dtip/B                                [-]:      0.541    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.470E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.103E+07
   pi*B_eq*B_eq/4                      [m^2]:       159.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1641972E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.11    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:       1.09    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.80    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       159.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   294070.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   294070.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.7    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24142.51    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       159.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9720.168    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.60    
   D                                     [m]:       7.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   428500.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   124505.9    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.70    
 < z2                                    [m]:       11.2    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.319    
   T_sum                                 [m]:      0.600    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.59    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       69.3    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.943E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.334E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   428500.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   123362.8    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   123362.8    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   124505.9    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.70    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.70    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.60    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.60    
   z2                                    [m]:       7.70    
   gamma_sub_av                     [kN/m^3]:       8.66    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   425.3332    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.60    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.60    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.70    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.70    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.60    
   D                                     [m]:       7.70    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.70    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   124505.9    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   425.3332    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   124931.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.60    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.70    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.80    
 < D_pt                                  [m]:       7.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.80    
 < z2                                    [m]:       11.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.266    
   T_sum                                 [m]:      0.500    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.57    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       70.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.942E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.339E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   433170.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   433170.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.586    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.80    
   Dtip/B                                [-]:      0.551    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:      0.586    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       790.    
   pi * B_eq * B_eq /4                 [m^2]:       157.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   124251.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   124251.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.500    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.500    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.500    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       157.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   707.9270    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.586    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.80    
   Dtip/B                                [-]:      0.551    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.468E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.103E+07
   pi*B_eq*B_eq/4                      [m^2]:       157.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1619000E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:       1.10    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.81    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       157.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   291530.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   291530.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24029.32    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       157.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9629.241    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.80      7.80      13.8      0.00       433170.8       0.000000       0.000000        1   0.000000       0.000000       433170.8       3 GSS
  7.80      8.30      14.2     0.500       124251.4       0.000000       707.9270        2   707.9270       0.000000       123543.5    *  1 PTS>GSC
  8.30      15.5      14.2      7.20       291530.2       24029.32       9629.241        3   10337.17       24029.32       305222.4       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   123543.5    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.70    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.80    
 < D_pt                                  [m]:       7.80    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.80    
 < z2                                    [m]:       11.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.266    
   T_sum                                 [m]:      0.500    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.57    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       70.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.942E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.339E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   433170.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   433170.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.80    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.80    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.80    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.586    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.80    
   Dtip/B                                [-]:      0.551    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.4    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:      0.586    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       790.    
   pi * B_eq * B_eq /4                 [m^2]:       157.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   124251.4    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   124251.4    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.500    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.500    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:      0.500    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       157.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   707.9270    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.2    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.2    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.2    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.2    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.586    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.80    
   Dtip/B                                [-]:      0.551    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.468E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.103E+07
   pi*B_eq*B_eq/4                      [m^2]:       157.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1619000E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.2    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.2    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.6    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.08    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.2    
   lambda = D/B_eq                       [-]:       1.10    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.81    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       157.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   291530.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   291530.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.5    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   24029.32    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.2    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       157.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9629.241    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.70    
   D                                     [m]:       7.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   433170.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   123543.5    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.80    
 < z2                                    [m]:       11.3    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.266    
   T_sum                                 [m]:      0.500    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.57    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.15    
   p0                                  [kPa]:       70.2    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.942E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.339E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   433170.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.2    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   122267.7    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   122267.7    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   123543.5    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.80    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.80    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.70    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.70    
   z2                                    [m]:       7.80    
   gamma_sub_av                     [kN/m^3]:       8.63    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   424.1177    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.70    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.70    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.80    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.80    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.70    
   D                                     [m]:       7.80    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.80    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   123543.5    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   424.1177    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   123967.6    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.70    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.80    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.90    
 < D_pt                                  [m]:       7.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.90    
 < z2                                    [m]:       11.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.213    
   T_sum                                 [m]:      0.400    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.56    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       71.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.940E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.344E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   437846.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   437846.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.589    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.90    
   Dtip/B                                [-]:      0.561    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.1    
   lambda = D/B_eq                       [-]:      0.589    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       790.    
   pi * B_eq * B_eq /4                 [m^2]:       156.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   123144.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   123144.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:      0.400    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.400    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:      0.400    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       156.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   561.0188    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.589    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.90    
   Dtip/B                                [-]:      0.561    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.465E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.102E+07
   pi*B_eq*B_eq/4                      [m^2]:       156.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1596243E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.1    
   lambda = D/B_eq                       [-]:       1.10    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.81    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       156.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   289000.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   289000.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23916.14    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       156.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9538.741    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  7.90      7.90      13.8      0.00       437846.6       0.000000       0.000000        1   0.000000       0.000000       437846.6       3 GSS
  7.90      8.30      14.1     0.400       123144.3       0.000000       561.0188        2   561.0188       0.000000       122583.3    *  1 PTS>GSC
  8.30      15.5      14.1      7.20       289000.7       23916.14       9538.741        3   10099.76       23916.14       302817.1       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   122583.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.80    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.90    
 < D_pt                                  [m]:       7.90    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.90    
 < z2                                    [m]:       11.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.213    
   T_sum                                 [m]:      0.400    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.56    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       71.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.940E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.344E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   437846.6    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   437846.6    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.90    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.90    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.90    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.1    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.1    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.589    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.90    
   Dtip/B                                [-]:      0.561    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.1    
   lambda = D/B_eq                       [-]:      0.589    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.15    
   su0 * Nc0                           [kPa]:       715.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       790.    
   pi * B_eq * B_eq /4                 [m^2]:       156.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   123144.3    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   123144.3    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:      0.400    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.400    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:      0.400    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       156.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   561.0188    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.1    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.1    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.1    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.1    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.1    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.589    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.90    
   Dtip/B                                [-]:      0.561    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.465E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.102E+07
   pi*B_eq*B_eq/4                      [m^2]:       156.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1596243E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.1    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.1    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.04    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.1    
   lambda = D/B_eq                       [-]:       1.10    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.81    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.185E+04
   pi * B_eq * B_eq /4                 [m^2]:       156.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   289000.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   289000.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.3    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23916.14    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.1    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       156.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9538.741    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.80    
   D                                     [m]:       7.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   437846.6     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   122583.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       7.90    
 < z2                                    [m]:       11.4    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.213    
   T_sum                                 [m]:      0.400    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.56    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       71.1    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.940E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.344E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   437846.6    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.1    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   121177.5    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   121177.5    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   122583.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.90    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       7.90    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.80    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.80    
   z2                                    [m]:       7.90    
   gamma_sub_av                     [kN/m^3]:       8.61    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   422.7903    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.80    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.80    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       7.90    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       7.90    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.80    
   D                                     [m]:       7.90    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       7.90    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   122583.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   422.7903    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   123006.1    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.80    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       9.90    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       8.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.00    
 < D_pt                                  [m]:       8.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.00    
 < z2                                    [m]:       11.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.160    
   T_sum                                 [m]:      0.300    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.54    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.939E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.349E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   442524.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   442524.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.592    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.00    
   Dtip/B                                [-]:      0.571    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:      0.592    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.16    
   su0 * Nc0                           [kPa]:       716.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       791.    
   pi * B_eq * B_eq /4                 [m^2]:       154.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   122042.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   122042.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.300    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.300    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.300    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       154.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   416.7909    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.592    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.00    
   Dtip/B                                [-]:      0.571    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.463E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.102E+07
   pi*B_eq*B_eq/4                      [m^2]:       154.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1573700E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:       1.11    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.82    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.186E+04
   pi * B_eq * B_eq /4                 [m^2]:       154.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   286481.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   286481.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23802.95    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       154.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9448.668    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  8.00      8.00      13.8      0.00       442524.5       0.000000       0.000000        1   0.000000       0.000000       442524.5       3 GSS
  8.00      8.30      14.0     0.300       122042.1       0.000000       416.7909        2   416.7909       0.000000       121625.3    *  1 PTS>GSC
  8.30      15.5      14.0      7.20       286481.9       23802.95       9448.668        3   9865.459       23802.95       300419.4       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   121625.3    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  9.90    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.00    
 < D_pt                                  [m]:       8.00    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.00    
 < z2                                    [m]:       11.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.160    
   T_sum                                 [m]:      0.300    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.54    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.939E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.349E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   442524.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   442524.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.00    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.00    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.00    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.592    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.00    
   Dtip/B                                [-]:      0.571    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:      0.592    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.16    
   su0 * Nc0                           [kPa]:       716.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       791.    
   pi * B_eq * B_eq /4                 [m^2]:       154.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   122042.1    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   122042.1    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.300    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.300    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.300    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       154.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   416.7909    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.592    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.00    
   Dtip/B                                [-]:      0.571    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.463E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.102E+07
   pi*B_eq*B_eq/4                      [m^2]:       154.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1573700E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       7.01    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:       1.11    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.82    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.186E+04
   pi * B_eq * B_eq /4                 [m^2]:       154.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   286481.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   286481.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       44.0    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23802.95    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       154.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9448.668    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       9.90    
   D                                     [m]:       8.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   442524.5     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   121625.3    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.00    
 < z2                                    [m]:       11.5    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.160    
   T_sum                                 [m]:      0.300    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.54    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.0    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.939E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.349E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   442524.5    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   120092.0    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   120092.0    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   121625.3    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       8.00    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       8.00    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       9.90    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       9.90    
   z2                                    [m]:       8.00    
   gamma_sub_av                     [kN/m^3]:       8.58    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   421.4948    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       9.90    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       9.90    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.00    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       8.00    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       9.90    
   D                                     [m]:       8.00    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       8.00    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   121625.3    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   421.4948    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   122046.8    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  9.90    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.0    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       10.0    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       8.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.10    
 < D_pt                                  [m]:       8.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.10    
 < z2                                    [m]:       11.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.106    
   T_sum                                 [m]:      0.200    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.53    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.937E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.354E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   447218.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   447218.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.595    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.10    
   Dtip/B                                [-]:      0.581    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       6.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:      0.595    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.16    
   su0 * Nc0                           [kPa]:       716.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       791.    
   pi * B_eq * B_eq /4                 [m^2]:       153.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   120944.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   120944.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.200    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.200    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.200    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       153.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   275.2244    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.595    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.10    
   Dtip/B                                [-]:      0.581    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.461E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.101E+07
   pi*B_eq*B_eq/4                      [m^2]:       153.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1551370E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       6.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:       1.11    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.82    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.186E+04
   pi * B_eq * B_eq /4                 [m^2]:       153.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   283973.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   283973.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       43.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23689.77    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       153.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9359.023    
dW_pt_fun: END --- >

   D        D_pt      B_pt      T_pt        Q_ub          Rs_pt          dW_pt     lay_D_pt  sum_W_pt       sum_Rs_pt     Qv_D         .   Qv_fmode
  [m]        [m]       [m]      [m]         [kN]          [kN]           [kN]           [-]  [kN]           [kN]          [kN]
  8.10      8.10      13.8      0.00       447218.8       0.000000       0.000000        1   0.000000       0.000000       447218.8       3 GSS
  8.10      8.30      14.0     0.200       120944.7       0.000000       275.2244        2   275.2244       0.000000       120669.5    *  1 PTS>GSC
  8.30      15.5      14.0      7.20       283973.6       23689.77       9359.023        3   9634.247       23689.77       298029.1       2 PTS>PTC>GSC
 > Qv_Dpt                               [kN]:   120669.5    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  10.0    

Qv, GROSS resistances at foundation depth D ------:
--------------------------------------------------:

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.10    
 < D_pt                                  [m]:       8.10    
 < B_pt                                  [m]:       13.8    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.10    
 < z2                                    [m]:       11.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.106    
   T_sum                                 [m]:      0.200    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.53    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.937E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.354E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   447218.8    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       28.0    
 > Q_ub                                 [kN]:   447218.8    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.10    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:       0.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       13.8    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       8.10    
   A_pt                                [m^2]:       150.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   0.000000    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.10    
 < D_pt                                  [m]:       8.30    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:
   z1                                [m bsf]:       8.30    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         2
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       100.    
   su2_top                             [kPa]:       100.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       7.20    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       7.20    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:       21.8    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.595    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.10    
   Dtip/B                                [-]:      0.581    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         F

 > Qv_SQC                               [kN]:   1000000.    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       8.30    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       8.30    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       8.30    
   z2                                    [m]:       15.3    
   lay_num_z1                            [-]:         2
   lay_num_z2                            [-]:         2
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       6.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       100.    
   D                                     [m]:       8.30    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       100.    
   sum_modified = max(sum,0)           [kPa]:       100.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:      0.595    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.16    
   su0 * Nc0                           [kPa]:       716.    
   p0                                  [kPa]:       74.7    
   su0*Nc0 + p0                        [kPa]:       791.    
   pi * B_eq * B_eq /4                 [m^2]:       153.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   120944.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       28.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   120944.7    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.200    
   D + T_pt                              [m]:       8.30    
   su_av                                kPa]:       0.00    
   P_pt                                  [m]:       0.00    
   T_pt                                  [m]:      0.200    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   0.000000    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:      0.200    
   D + T_pt                              [m]:       8.30    
   A_pt                                [m^2]:       153.    
   gamma_sub_av                     [kN/m^3]:       9.00    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   275.2244    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       8.30    
 < D_pt                                  [m]:       15.5    
 < B_pt                                  [m]:       14.0    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.5    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:         3
   lay_num_z0                            [-]:         1
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:      0.100E-02
   su1_top                             [kPa]:      0.100E-02
   su1_top/su0_bot                       [-]:       1.00    
 > ZTOP_sq_fun                       [m bsf]:       8.30    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.5    
 < B_eq                                  [m]:       14.0    
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       0.00    
   su2_top                             [kPa]:       0.00    
   su2_top/su1_bot                       [-]:            NaN
 > T_sq                                  [m]:      0.100E-02
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       14.0    
   T_sq/b_sq                             [m]:      0.303E-02
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       8.30    
   B_eq                                  [m]:       14.0    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.595    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       8.10    
   Dtip/B                                [-]:      0.581    
 * is_SQC_occurring at Dtip/B=2.5      [t/f]:         F
   [B_eq > T_sq/b_sq] & ['D/B' <= 2.5]       
 * is_SQC_occurring                    [t/f]:         T

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.100E-02
   D + T_sq                              [m]:       15.5    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.461E+04
   su_av                               [kPa]:       220.    
   p'0                                 [kPa]:       136.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.101E+07
   pi*B_eq*B_eq/4                      [m^2]:       153.    
   Qv_SQC = (( a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su_av + p'0 ) *pi*B_eq*B_eq/4
 > Qv_SQC                               [kN]:  0.1551370E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.5    
 < B_eq                                  [m]:       14.0    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.5    
 < B                                     [m]:       14.0    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.5    
   z2                                    [m]:       22.5    
   lay_num_z1                            [-]:         3
   lay_num_z2                            [-]:         3
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       6.98    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       220.    
   D                                     [m]:       15.5    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       8.30    
   sum = su0 - rho_av*D                [kPa]:       220.    
   sum_modified = max(sum,0)           [kPa]:       220.    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       0.00    
   kappa_m_modified = max(kappa_m,5)     [-]:       0.00    
   B_eq                                  [m]:       14.0    
   lambda = D/B_eq                       [-]:       1.11    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.82    
   su0 * Nc0                           [kPa]:      0.172E+04
   p0                                  [kPa]:       136.    
   su0*Nc0 + p0                        [kPa]:      0.186E+04
   pi * B_eq * B_eq /4                 [m^2]:       153.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   283973.6    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   283973.6    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   su_av                                kPa]:       100.    
   P_pt                                  [m]:       43.8    
   T_pt                                  [m]:       7.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   23689.77    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       8.30    
 < B_pt                                  [m]:       14.0    
 < T_pt                                  [m]:       7.20    
   D + T_pt                              [m]:       15.5    
   A_pt                                [m^2]:       153.    
   gamma_sub_av                     [kN/m^3]:       8.50    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   9359.023    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       10.0    
   D                                     [m]:       8.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         1
   is_D_clay                           [t/f]:         F

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   447218.8     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   1000000.     
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   1000000.    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   120669.5    
                       Qv_fmode, failure mode  :   'PTS'


Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       8.10    
 < z2                                    [m]:       11.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:         1
   lay_num_z2                            [-]:         2
   tan_phi_av_sum                    [deg-m]:      0.106    
   T_sum                                 [m]:      0.200    
 > phi_av                              [rad]:      0.489    
 > phi_av/deg                          [deg]:       28.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       8.53    
   phi_rad_av                          [rad]:      0.489    
   phi_rad_av/deg                      [deg]:       28.0    
   N_gamma                               [-]:       10.6    
   N_q                                   [-]:       27.9    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.16    
   p0                                  [kPa]:       72.9    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.937E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.354E+06
   Qv_GSS = gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8 + p0*d_q*N_q*pi*B_eq*B_eq/4
 > Qv_GSS                               [kN]:   447218.8    
Qv_GSS_fun: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       13.7    
   sp_H_max                              [m]:       1.90    
   z_tip_dummy                           [m]:       1.90    
   V_eq                                [m^3]:       49.1    
   B_eq                                  [m]:       13.8    
   A_eq                                [m^2]:       150.    
   H_eq                                  [m]:      0.983    
   sp_H_max                              [m]:       2.86    
   z_tip_dummy                           [m]:       164.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.86    
 > sp_beta/deg                         [deg]:       164.    
sp_beta_fun: END --- >


Qv, GROSS resistances at PUNCHED THROUGH depth D = D_PT:
--------------------------------------------------------
 < z_tip_verify                          [m]:       13.7    
   D                                     [m]:       8.30    
   B_eq                                  [m]:       14.0    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

   Qv_GSS, ISO 19905-1 Equation A.9.3-8,
      GSS general shear resistance in SAND [kN]:   1000000.     
   Qv_GSC, ISO 19905-1 Equation A.9.3-7,
      GSC general shear resistance in CLAY [kN]:   119011.4    *
   Qv_SQC, ISO 19905-1 Equation A.9.3-10,
      SQC squeezing     resistance in CLAY [kN]:   1000000.     
   Qv_D_clay, GSC or SQC           in CLAY [kN]:   119011.4    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   120669.5    
                       Qv_fmode, failure mode  :   'PTS>GSC'


V_L, spudcan GROSS ultimate bearing resistance at foundation depth D ------:

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.0    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       8.10    
 < B_eq                                  [m]:       13.8    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:       0.00    
 < D_top_first_CLAY_layer                [m]:       8.30    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       8.10    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       10.0    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.0    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   z1                                    [m]:       10.0    
   z2                                    [m]:       8.10    
   gamma_sub_av                     [kN/m^3]:       8.55    
   V_D                                  [kN]:       49.1    
 > B_S = gamma_sub_av*V_D               [kN]:   420.1993    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       10.0    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.0    
   sp_H_max                              [m]:       1.90    
   sp_B_max                              [m]:       13.8    
 > D                                     [m]:       8.10    
 > B_eq                                  [m]:       13.8    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.00    
   A                                   [m^2]:       150.    
   H_cav                                 [m]:       8.10    
   V_spud                              [m^3]:       49.1    
   V_D                                 [m^3]:       49.1    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:  0.1000000E-02
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       10.0    
   D                                     [m]:       8.10    
   B_eq                                  [m]:       13.8    
   lay_num (D)                           [-]:         2
   is_D_clay                           [t/f]:         T

GROSS spudcan resistance at depth D --- >
-----------------------------------------
   H_CAV, ISO 19905-1 Eq.A.9.3-3,
     cavity depth                                        [m bsf]:       8.10    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       49.1    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       49.1    
   W_BF, ISO 19905-1 Eq.A.9.3-2,
     backfill weight due to backflow,
   W_BF = gamma [A (D - H_CAV) - (V_SPUD - V_D)]            [kN]:  0.1000000E-02

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   120669.5    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   420.1993    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:  0.1000000E-02
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   121089.7    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  10.0    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: PTS>GSC
 -------------------------------------------------------------------------------------------------------------
 output  file: "JOB.O01"
 load spread factor #=    1; load spread factor =  3.00     (#rows V_L results=  282)
 -------------------------------------------------------------------------------------------------------------
 z_tip        D      B_eq     H_cav    V_spud       V_D      B_S           W_BF         Qv_Dpt           V_L  
  [m]        [m]      [m]       [m]      [m^3]     [m^3]      [kN]         [kN]          [kN]            [kN] 
 -------------------------------------------------------------------------------------------------------------
  0.00      0.00     0.800      0.00      0.00     0.100E-02 0.900E-02  0.9000000E-02   19.18131       19.18131    
 0.100      0.00     0.820      0.00     0.515E-01 0.515E-01 0.464      0.1000000E-02   20.65617       21.11896    
 0.200      0.00     0.840      0.00     0.106     0.106     0.951      0.1000000E-02   22.20476       23.15453    
 0.300      0.00     0.860      0.00     0.162     0.162      1.46      0.1000000E-02   23.82888       25.28938    
 0.400      0.00     0.880      0.00     0.222     0.222      2.00      0.1000000E-02   25.53032       27.52587    
 0.500      0.00     0.900      0.00     0.284     0.284      2.56      0.1000000E-02   27.31089       29.86636    
 0.600      0.00     0.920      0.00     0.349     0.349      3.14      0.1000000E-02   29.17237       32.31322    
 0.700      0.00     0.940      0.00     0.417     0.417      3.75      0.1000000E-02   31.11658       34.86881    
 0.800      0.00     0.960      0.00     0.488     0.488      4.39      0.1000000E-02   33.14530       37.53549    
 0.900      0.00     0.980      0.00     0.562     0.562      5.06      0.1000000E-02   35.26034       40.31564    
  1.00      0.00      1.00      0.00     0.639     0.639      5.75      0.1000000E-02   37.46349       43.21161    
  1.10      0.00      2.42      0.00     0.882     0.882      7.94      0.1000000E-02   533.8816       541.8216    
  1.20      0.00      3.85      0.00      1.67      1.67      15.0      0.1000000E-02   2136.065       2151.079    
  1.30      0.00      5.27      0.00      3.32      3.32      29.8      0.1000000E-02   5493.687       5523.525    
  1.40      0.00      6.70      0.00      6.14      6.14      55.3      0.1000000E-02   11256.42       11311.71    
  1.50      0.00      8.12      0.00      10.5      10.5      94.2      0.1000000E-02   20073.95       20168.16    
  1.60      0.00      9.55      0.00      16.6      16.6      150.      0.1000000E-02   32595.94       32745.44    
  1.70      0.00      11.0      0.00      24.9      24.9      224.      0.1000000E-02   49472.07       49696.09    
  1.80      0.00      12.4      0.00      35.6      35.6      321.      0.1000000E-02   71352.02       71672.65    
  1.90     0.222E-15  13.8     0.222E-15  49.1      49.1      442.      0.1000000E-02   98885.45       99327.64    
  2.00     0.100      13.8     0.100      49.1      49.1      442.      0.1000000E-02   102660.2       103102.4    
  2.10     0.200      13.8     0.200      49.1      49.1      442.      0.1000000E-02   106451.3       106893.5    
  2.20     0.300      13.8     0.300      49.1      49.1      442.      0.1000000E-02   110258.7       110700.9    
  2.30     0.400      13.8     0.400      49.1      49.1      442.      0.1000000E-02   114082.4       114524.6    
  2.40     0.500      13.8     0.500      49.1      49.1      442.      0.1000000E-02   117922.4       118364.6    
  2.50     0.600      13.8     0.600      49.1      49.1      442.      0.1000000E-02   121778.7       122220.9    
  2.60     0.700      13.8     0.700      49.1      49.1      442.      0.1000000E-02   125651.2       126093.4    
  2.70     0.800      13.8     0.800      49.1      49.1      442.      0.1000000E-02   129540.0       129982.2    
  2.80     0.900      13.8     0.900      49.1      49.1      442.      0.1000000E-02   133444.9       133887.1    
  2.90      1.00      13.8      1.00      49.1      49.1      442.      0.1000000E-02   137366.1       137808.3    
  3.00      1.10      13.8      1.10      49.1      49.1      442.      0.1000000E-02   141303.4       141745.5    
  3.10      1.20      13.8      1.20      49.1      49.1      442.      0.1000000E-02   145256.7       145698.9    
  3.20      1.30      13.8      1.30      49.1      49.1      442.      0.1000000E-02   149226.2       149668.4    
  3.30      1.40      13.8      1.40      49.1      49.1      442.      0.1000000E-02   153211.7       153653.9    
  3.40      1.50      13.8      1.50      49.1      49.1      442.      0.1000000E-02   157213.2       157655.4    
  3.50      1.60      13.8      1.60      49.1      49.1      442.      0.1000000E-02   161230.6       161672.8    
  3.60      1.70      13.8      1.70      49.1      49.1      442.      0.1000000E-02   165263.9       165706.1    
  3.70      1.80      13.8      1.80      49.1      49.1      442.      0.1000000E-02   169313.0       169755.2    
  3.80      1.90      13.8      1.90      49.1      49.1      442.      0.1000000E-02   173377.9       173820.1    
  3.90      2.00      13.8      2.00      49.1      49.1      442.      0.1000000E-02   177458.6       177900.8    
  4.00      2.10      13.8      2.10      49.1      49.1      442.      0.1000000E-02   181286.9       181729.1    
  4.10      2.20      13.8      2.20      49.1      49.1      442.      0.1000000E-02   180232.9       180675.1    
  4.20      2.30      13.8      2.30      49.1      49.1      442.      0.1000000E-02   179180.0       179622.2    
  4.30      2.40      13.8      2.40      49.1      49.1      442.      0.1000000E-02   178128.3       178570.5    
  4.40      2.50      13.8      2.50      49.1      49.1      442.      0.1000000E-02   177077.7       177519.9    
  4.50      2.60      13.8      2.60      49.1      49.1      442.      0.1000000E-02   176028.3       176470.5    
  4.60      2.70      13.8      2.70      49.1      49.1      442.      0.1000000E-02   174980.1       175422.3    
  4.70      2.80      13.8      2.80      49.1      49.1      442.      0.1000000E-02   173933.1       174375.3    
  4.80      2.90      13.8      2.90      49.1      49.1      442.      0.1000000E-02   172887.4       173329.5    
  4.90      3.00      13.8      3.00      49.1      49.1      442.      0.1000000E-02   171842.8       172285.0    
  5.00      3.10      13.8      3.10      49.1      49.1      442.      0.1000000E-02   170799.6       171241.8    
  5.10      3.20      13.8      3.20      49.1      49.1      442.      0.1000000E-02   169757.6       170199.8    
  5.20      3.30      13.8      3.30      49.1      49.1      442.      0.1000000E-02   168716.9       169159.1    
  5.30      3.40      13.8      3.40      49.1      49.1      442.      0.1000000E-02   167677.6       168119.8    
  5.40      3.50      13.8      3.50      49.1      49.1      442.      0.1000000E-02   166639.6       167081.8    
  5.50      3.60      13.8      3.60      49.1      49.1      442.      0.1000000E-02   165602.9       166045.1    
  5.60      3.70      13.8      3.70      49.1      49.1      442.      0.1000000E-02   164567.7       165009.9    
  5.70      3.80      13.8      3.80      49.1      49.1      442.      0.1000000E-02   163533.8       163976.0    
  5.80      3.90      13.8      3.90      49.1      49.1      442.      0.1000000E-02   162501.3       162943.5    
  5.90      4.00      13.8      4.00      49.1      49.1      442.      0.1000000E-02   161470.3       161912.5    
  6.00      4.10      13.8      4.10      49.1      49.1      442.      0.1000000E-02   160440.8       160883.0    
  6.10      4.20      13.8      4.20      49.1      49.1      442.      0.1000000E-02   159412.7       159854.9    
  6.20      4.30      13.8      4.30      49.1      49.1      442.      0.1000000E-02   158386.1       158828.3    
  6.30      4.40      13.8      4.40      49.1      49.1      442.      0.1000000E-02   157361.0       157803.2    
  6.40      4.50      13.8      4.50      49.1      49.1      442.      0.1000000E-02   156337.5       156779.7    
  6.50      4.60      13.8      4.60      49.1      49.1      442.      0.1000000E-02   155315.5       155757.7    
  6.60      4.70      13.8      4.70      49.1      49.1      442.      0.1000000E-02   154295.0       154737.2    
  6.70      4.80      13.8      4.80      49.1      49.1      442.      0.1000000E-02   153276.2       153718.4    
  6.80      4.90      13.8      4.90      49.1      49.1      442.      0.1000000E-02   152259.0       152701.2    
  6.90      5.00      13.8      5.00      49.1      49.1      442.      0.1000000E-02   151243.4       151685.6    
  7.00      5.10      13.8      5.10      49.1      49.1      442.      0.1000000E-02   150229.4       150671.6    
  7.10      5.20      13.8      5.20      49.1      49.1      442.      0.1000000E-02   149217.1       149659.3    
  7.20      5.30      13.8      5.30      49.1      49.1      442.      0.1000000E-02   148206.5       148648.7    
  7.30      5.40      13.8      5.40      49.1      49.1      442.      0.1000000E-02   147197.6       147639.8    
  7.40      5.50      13.8      5.50      49.1      49.1      442.      0.1000000E-02   146190.4       146632.6    
  7.50      5.60      13.8      5.60      49.1      49.1      442.      0.1000000E-02   145184.9       145627.1    
  7.60      5.70      13.8      5.70      49.1      49.1      442.      0.1000000E-02   144181.2       144623.4    
  7.70      5.80      13.8      5.80      49.1      49.1      442.      0.1000000E-02   143179.3       143621.5    
  7.80      5.90      13.8      5.90      49.1      49.1      442.      0.1000000E-02   142179.2       142621.4    
  7.90      6.00      13.8      6.00      49.1      49.1      442.      0.1000000E-02   141180.9       141623.1    
  8.00      6.10      13.8      6.10      49.1      49.1      442.      0.1000000E-02   140184.4       140626.6    
  8.10      6.20      13.8      6.20      49.1      49.1      442.      0.1000000E-02   139189.8       139632.0    
  8.20      6.30      13.8      6.30      49.1      49.1      442.      0.1000000E-02   138197.1       138639.2    
  8.30      6.40      13.8      6.40      49.1      49.1      442.      0.1000000E-02   137206.2       137648.4    
  8.40      6.50      13.8      6.50      49.1      49.1      441.      0.1000000E-02   136217.3       136658.2    
  8.50      6.60      13.8      6.60      49.1      49.1      440.      0.1000000E-02   135230.2       135669.9    
  8.60      6.70      13.8      6.70      49.1      49.1      438.      0.1000000E-02   134245.2       134683.5    
  8.70      6.80      13.8      6.80      49.1      49.1      437.      0.1000000E-02   133262.1       133699.1    
  8.80      6.90      13.8      6.90      49.1      49.1      436.      0.1000000E-02   132281.0       132716.7    
  8.90      7.00      13.8      7.00      49.1      49.1      434.      0.1000000E-02   131301.9       131736.3    
  9.00      7.10      13.8      7.10      49.1      49.1      433.      0.1000000E-02   130324.8       130757.9    
  9.10      7.20      13.8      7.20      49.1      49.1      432.      0.1000000E-02   129349.7       129781.6    
  9.20      7.30      13.8      7.30      49.1      49.1      431.      0.1000000E-02   128376.8       128807.3    
  9.30      7.40      13.8      7.40      49.1      49.1      429.      0.1000000E-02   127405.9       127835.1    
  9.40      7.50      13.8      7.50      49.1      49.1      428.      0.1000000E-02   126437.1       126865.0    
  9.50      7.60      13.8      7.60      49.1      49.1      427.      0.1000000E-02   125470.4       125897.1    
  9.60      7.70      13.8      7.70      49.1      49.1      425.      0.1000000E-02   124505.9       124931.2    
  9.70      7.80      13.8      7.80      49.1      49.1      424.      0.1000000E-02   123543.5       123967.6    
  9.80      7.90      13.8      7.90      49.1      49.1      423.      0.1000000E-02   122583.3       123006.1    
  9.90      8.00      13.8      8.00      49.1      49.1      421.      0.1000000E-02   121625.3       122046.8    
  10.0      8.10      13.8      8.10      49.1      49.1      420.      0.1000000E-02   120669.5       121089.7    
  10.1      8.20      13.8      8.20      49.1      49.1      419.      0.1000000E-02   119715.9       120134.8    
  10.2      8.30      13.8      8.30      49.1      49.1      418.      0.1000000E-02   116864.5       117282.1    
  10.3      8.40      13.8      8.40      49.1      49.1      418.      0.1000000E-02   117138.8       117556.4    
  10.4      8.50      13.8      8.50      49.1      49.1      418.      0.1000000E-02   117412.7       117830.4    
  10.5      8.60      13.8      8.60      49.1      49.1      418.      0.1000000E-02   117686.3       118103.9    
  10.6      8.70      13.8      8.70      49.1      49.1      418.      0.1000000E-02   117959.4       118377.0    
  10.7      8.80      13.8      8.80      49.1      49.1      418.      0.1000000E-02   118232.2       118649.8    
  10.8      8.90      13.8      8.90      49.1      49.1      418.      0.1000000E-02   118504.5       118922.1    
  10.9      9.00      13.8      9.00      49.1      49.1      418.      0.1000000E-02   118776.5       119194.1    
  11.0      9.10      13.8      9.10      49.1      49.1      418.      0.1000000E-02   119048.1       119465.7    
  11.1      9.20      13.8      9.20      49.1      49.1      418.      0.1000000E-02   119319.3       119736.9    
  11.2      9.30      13.8      9.30      49.1      49.1      418.      0.1000000E-02   119590.2       120007.8    
  11.3      9.40      13.8      9.40      49.1      49.1      418.      0.1000000E-02   119860.6       120278.3    
  11.4      9.50      13.8      9.50      49.1      49.1      418.      0.1000000E-02   120130.7       120548.4    
  11.5      9.60      13.8      9.60      49.1      49.1      418.      0.1000000E-02   120400.5       120818.1    
  11.6      9.70      13.8      9.70      49.1      49.1      418.      0.1000000E-02   120669.9       121087.5    
  11.7      9.80      13.8      9.80      49.1      49.1      418.      0.1000000E-02   120938.9       121356.5    
  11.8      9.90      13.8      9.90      49.1      49.1      418.      0.1000000E-02   121207.5       121625.1    
  11.9      10.0      13.8      10.0      49.1      49.1      418.      0.1000000E-02   121475.8       121893.4    
  12.0      10.1      13.8      10.1      49.1      49.1      418.      0.1000000E-02   121743.7       122161.3    
  12.1      10.2      13.8      10.2      49.1      49.1      418.      0.1000000E-02   122011.3       122428.9    
  12.2      10.3      13.8      10.3      49.1      49.1      418.      0.1000000E-02   122278.5       122696.1    
  12.3      10.4      13.8      10.4      49.1      49.1      418.      0.1000000E-02   122545.4       122963.0    
  12.4      10.5      13.8      10.5      49.1      49.1      418.      0.1000000E-02   122811.9       123229.5    
  12.5      10.6      13.8      10.6      49.1      49.1      418.      0.1000000E-02   123078.1       123495.7    
  12.6      10.7      13.8      10.7      49.1      49.1      418.      0.1000000E-02   123343.9       123761.5    
  12.7      10.8      13.8      10.8      49.1      49.1      418.      0.1000000E-02   123609.4       124027.0    
  12.8      10.9      13.8      10.9      49.1      49.1      418.      0.1000000E-02   123874.6       124292.2    
  12.9      11.0      13.8      11.0      49.1      49.1      418.      0.1000000E-02   124139.4       124557.0    
  13.0      11.1      13.8      11.1      49.1      49.1      418.      0.1000000E-02   124403.9       124821.5    
  13.1      11.2      13.8      11.2      49.1      49.1      418.      0.1000000E-02   124668.0       125085.6    
  13.2      11.3      13.8      11.3      49.1      49.1      418.      0.1000000E-02   124931.8       125349.5    
  13.3      11.4      13.8      11.4      49.1      49.1      418.      0.1000000E-02   125195.3       125613.0    
  13.4      11.5      13.8      11.5      49.1      49.1      418.      0.1000000E-02   125458.5       125876.1    
  13.5      11.6      13.8      11.6      49.1      49.1      418.      0.1000000E-02   125721.3       126138.9    
  13.6      11.7      13.8      11.7      49.1      49.1      418.      0.1000000E-02   125983.8       126401.5    
  13.7      11.8      13.8      11.8      49.1      49.1      418.      0.1000000E-02   126246.0       126663.7    
  13.8      11.9      13.8      11.9      49.1      49.1      418.      0.1000000E-02   126507.9       126925.5    
  13.9      12.0      13.8      12.0      49.1      49.1      418.      0.1000000E-02   126769.5       127187.1    
  14.0      12.1      13.8      12.1      49.1      49.1      418.      0.1000000E-02   127030.7       127448.3    
  14.1      12.2      13.8      12.2      49.1      49.1      418.      0.1000000E-02   127889.0       128306.7    
  14.2      12.3      13.8      12.3      49.1      49.1      418.      0.1000000E-02   128795.2       129212.9    
  14.3      12.4      13.8      12.4      49.1      49.1      418.      0.1000000E-02   129743.3       130160.9    
  14.4      12.5      13.8      12.5      49.1      49.1      418.      0.1000000E-02   130737.3       131154.9    
  14.5      12.6      13.8      12.6      49.1      49.1      418.      0.1000000E-02   131782.1       132199.7    
  14.6      12.7      13.8      12.7      49.1      49.1      418.      0.1000000E-02   132883.1       133300.8    
  14.7      12.8      13.8      12.8      49.1      49.1      418.      0.1000000E-02   134046.6       134464.2    
  14.8      12.9      13.8      12.9      49.1      49.1      418.      0.1000000E-02   135279.7       135697.4    
  14.9      13.0      13.8      13.0      49.1      49.1      418.      0.1000000E-02   136590.9       137008.5    
  15.0      13.1      13.8      13.1      49.1      49.1      418.      0.1000000E-02   137989.8       138407.5    
  15.1      13.2      13.8      13.2      49.1      49.1      418.      0.1000000E-02   139488.0       139905.6    
  15.2      13.3      13.8      13.3      49.1      49.1      418.      0.1000000E-02   141098.9       141516.5    
  15.3      13.4      13.8      13.4      49.1      49.1      418.      0.1000000E-02   142838.7       143256.3    
  15.4      13.5      13.8      13.5      49.1      49.1      418.      0.1000000E-02   144726.7       145144.3    
  15.5      13.6      13.8      13.6      49.1      49.1      418.      0.1000000E-02   146786.2       147203.9    
  15.6      13.7      13.8      13.7      49.1      49.1      419.      0.1000000E-02   149046.0       149464.9    
  15.7      13.8      13.8      13.8      49.1      49.1      420.      0.1000000E-02   151541.2       151961.4    
  15.8      13.9      13.8      13.9      49.1      49.1      421.      0.1000000E-02   154316.2       154737.7    
  15.9      14.0      13.8      14.0      49.1      49.1      423.      0.1000000E-02   157426.7       157849.5    
  16.0      14.1      13.8      14.1      49.1      49.1      424.      0.1000000E-02   160944.8       161368.9    
  16.1      14.2      13.8      14.2      49.1      49.1      425.      0.1000000E-02   164964.5       165389.8    
  16.2      14.3      13.8      14.3      49.1      49.1      427.      0.1000000E-02   169611.1       170037.8    
  16.3      14.4      13.8      14.4      49.1      49.1      428.      0.1000000E-02   175055.7       175483.6    
  16.4      14.5      13.8      14.5      49.1      49.1      429.      0.1000000E-02   181537.6       181966.9    
  16.5      14.6      13.8      14.6      49.1      49.1      431.      0.1000000E-02   189402.7       189833.2    
  16.6      14.7      13.8      14.7      49.1      49.1      432.      0.1000000E-02   199169.5       199601.4    
  16.7      14.8      13.8      14.8      49.1      49.1      433.      0.1000000E-02   211653.2       212086.4    
  16.8      14.9      13.8      14.9      49.1      49.1      434.      0.1000000E-02   228212.2       228646.7    
  16.9      15.0      13.8      15.0      49.1      49.1      436.      0.1000000E-02   251291.7       251727.4    
  17.0      15.1      13.8      15.1      49.1      49.1      437.      0.1000000E-02   279782.5       280219.5    
  17.1      15.2      13.8      15.2      49.1      49.1      438.      0.1000000E-02   279584.1       280022.4    
  17.2      15.3      13.8      15.3      49.1      49.1      440.      0.1000000E-02   279385.7       279825.4    
  17.3      15.4      13.8      15.4      49.1      49.1      441.      0.1000000E-02   279187.4       279628.3    
  17.4      15.5      13.8      15.5      49.1      49.1      442.      0.1000000E-02   274159.1       274601.3    
  17.5      15.6      13.8      15.6      49.1      49.1      442.      0.1000000E-02   274566.3       275008.5    
  17.6      15.7      13.8      15.7      49.1      49.1      442.      0.1000000E-02   274973.0       275415.2    
  17.7      15.8      13.8      15.8      49.1      49.1      442.      0.1000000E-02   275379.1       275821.3    
  17.8      15.9      13.8      15.9      49.1      49.1      442.      0.1000000E-02   275784.6       276226.8    
  17.9      16.0      13.8      16.0      49.1      49.1      442.      0.1000000E-02   276189.6       276631.8    
  18.0      16.1      13.8      16.1      49.1      49.1      442.      0.1000000E-02   276594.0       277036.2    
  18.1      16.2      13.8      16.2      49.1      49.1      442.      0.1000000E-02   276997.9       277440.1    
  18.2      16.3      13.8      16.3      49.1      49.1      442.      0.1000000E-02   277401.2       277843.4    
  18.3      16.4      13.8      16.4      49.1      49.1      442.      0.1000000E-02   277804.0       278246.2    
  18.4      16.5      13.8      16.5      49.1      49.1      442.      0.1000000E-02   278206.2       278648.4    
  18.5      16.6      13.8      16.6      49.1      49.1      442.      0.1000000E-02   278607.9       279050.0    
  18.6      16.7      13.8      16.7      49.1      49.1      442.      0.1000000E-02   279009.0       279451.2    
  18.7      16.8      13.8      16.8      49.1      49.1      442.      0.1000000E-02   279409.6       279851.8    
  18.8      16.9      13.8      16.9      49.1      49.1      442.      0.1000000E-02   279809.7       280251.8    
  18.9      17.0      13.8      17.0      49.1      49.1      442.      0.1000000E-02   280209.2       280651.4    
  19.0      17.1      13.8      17.1      49.1      49.1      442.      0.1000000E-02   280608.2       281050.4    
  19.1      17.2      13.8      17.2      49.1      49.1      442.      0.1000000E-02   281006.7       281448.8    
  19.2      17.3      13.8      17.3      49.1      49.1      442.      0.1000000E-02   281404.6       281846.8    
  19.3      17.4      13.8      17.4      49.1      49.1      442.      0.1000000E-02   281802.0       282244.2    
  19.4      17.5      13.8      17.5      49.1      49.1      442.      0.1000000E-02   282198.9       282641.1    
  19.5      17.6      13.8      17.6      49.1      49.1      442.      0.1000000E-02   282595.3       283037.5    
  19.6      17.7      13.8      17.7      49.1      49.1      442.      0.1000000E-02   282991.2       283433.4    
  19.7      17.8      13.8      17.8      49.1      49.1      442.      0.1000000E-02   283386.6       283828.8    
  19.8      17.9      13.8      17.9      49.1      49.1      442.      0.1000000E-02   283781.4       284223.6    
  19.9      18.0      13.8      18.0      49.1      49.1      442.      0.1000000E-02   284175.8       284618.0    
  20.0      18.1      13.8      18.1      49.1      49.1      442.      0.1000000E-02   284569.6       285011.8    
  20.1      18.2      13.8      18.2      49.1      49.1      442.      0.1000000E-02   284963.0       285405.2    
  20.2      18.3      13.8      18.3      49.1      49.1      442.      0.1000000E-02   285355.8       285798.0    
  20.3      18.4      13.8      18.4      49.1      49.1      442.      0.1000000E-02   285748.2       286190.4    
  20.4      18.5      13.8      18.5      49.1      49.1      442.      0.1000000E-02   286140.0       286582.2    
  20.5      18.6      13.8      18.6      49.1      49.1      442.      0.1000000E-02   286531.4       286973.6    
  20.6      18.7      13.8      18.7      49.1      49.1      442.      0.1000000E-02   286922.3       287364.5    
  20.7      18.8      13.8      18.8      49.1      49.1      442.      0.1000000E-02   287312.7       287754.9    
  20.8      18.9      13.8      18.9      49.1      49.1      442.      0.1000000E-02   287702.6       288144.8    
  20.9      19.0      13.8      19.0      49.1      49.1      442.      0.1000000E-02   288092.0       288534.2    
  21.0      19.1      13.8      19.1      49.1      49.1      442.      0.1000000E-02   288480.9       288923.1    
  21.1      19.2      13.8      19.2      49.1      49.1      442.      0.1000000E-02   288869.4       289311.6    
  21.2      19.3      13.8      19.3      49.1      49.1      442.      0.1000000E-02   289257.4       289699.6    
  21.3      19.4      13.8      19.4      49.1      49.1      442.      0.1000000E-02   289644.9       290087.1    
  21.4      19.5      13.8      19.5      49.1      49.1      442.      0.1000000E-02   290031.9       290474.1    
  21.5      19.6      13.8      19.6      49.1      49.1      442.      0.1000000E-02   290418.5       290860.7    
  21.6      19.7      13.8      19.7      49.1      49.1      442.      0.1000000E-02   290804.6       291246.8    
  21.7      19.8      13.8      19.8      49.1      49.1      442.      0.1000000E-02   291190.3       291632.4    
  21.8      19.9      13.8      19.9      49.1      49.1      442.      0.1000000E-02   291575.4       292017.6    
  21.9      20.0      13.8      20.0      49.1      49.1      442.      0.1000000E-02   291960.1       292402.3    
  22.0      20.1      13.8      20.1      49.1      49.1      442.      0.1000000E-02   292344.4       292786.6    
  22.1      20.2      13.8      20.2      49.1      49.1      442.      0.1000000E-02   292728.2       293170.4    
  22.2      20.3      13.8      20.3      49.1      49.1      442.      0.1000000E-02   293111.6       293553.7    
  22.3      20.4      13.8      20.4      49.1      49.1      442.      0.1000000E-02   293494.5       293936.6    
  22.4      20.5      13.8      20.5      49.1      49.1      442.      0.1000000E-02   293876.9       294319.1    
  22.5      20.6      13.8      20.6      49.1      49.1      442.      0.1000000E-02   294258.9       294701.1    
  22.6      20.7      13.8      20.7      49.1      49.1      442.      0.1000000E-02   294640.5       295082.6    
  22.7      20.8      13.8      20.8      49.1      49.1      442.      0.1000000E-02   295021.6       295463.7    
  22.8      20.9      13.8      20.9      49.1      49.1      442.      0.1000000E-02   295402.2       295844.4    
  22.9      21.0      13.8      21.0      49.1      49.1      442.      0.1000000E-02   295782.5       296224.6    
  23.0      21.1      13.8      21.1      49.1      49.1      442.      0.1000000E-02   296162.2       296604.4    
  23.1      21.2      13.8      21.2      49.1      49.1      442.      0.1000000E-02   296541.6       296983.8    
  23.2      21.3      13.8      21.3      49.1      49.1      442.      0.1000000E-02   296920.5       297362.7    
  23.3      21.4      13.8      21.4      49.1      49.1      442.      0.1000000E-02   297299.0       297741.2    
  23.4      21.5      13.8      21.5      49.1      49.1      442.      0.1000000E-02   297677.1       298119.2    
  23.5      21.6      13.8      21.6      49.1      49.1      442.      0.1000000E-02   298054.7       298496.9    
  23.6      21.7      13.8      21.7      49.1      49.1      442.      0.1000000E-02   298431.9       298874.1    
  23.7      21.8      13.8      21.8      49.1      49.1      442.      0.1000000E-02   298808.7       299250.8    
  23.8      21.9      13.8      21.9      49.1      49.1      442.      0.1000000E-02   299185.0       299627.2    
  23.9      22.0      13.8      22.0      49.1      49.1      442.      0.1000000E-02   299560.9       300003.1    
  24.0      22.1      13.8      22.1      49.1      49.1      442.      0.1000000E-02   299936.5       300378.6    
  24.1      22.2      13.8      22.2      49.1      49.1      442.      0.1000000E-02   300311.6       300753.7    
  24.2      22.3      13.8      22.3      49.1      49.1      442.      0.1000000E-02   300686.2       301128.4    
  24.3      22.4      13.8      22.4      49.1      49.1      442.      0.1000000E-02   301060.5       301502.7    
  24.4      22.5      13.8      22.5      49.1      49.1      442.      0.1000000E-02   301434.4       301876.5    
  24.5      22.6      13.8      22.6      49.1      49.1      442.      0.1000000E-02   301807.8       302250.0    
  24.6      22.7      13.8      22.7      49.1      49.1      442.      0.1000000E-02   302180.8       302623.0    
  24.7      22.8      13.8      22.8      49.1      49.1      442.      0.1000000E-02   302553.5       302995.7    
  24.8      22.9      13.8      22.9      49.1      49.1      442.      0.1000000E-02   302925.7       303367.9    
  24.9      23.0      13.8      23.0      49.1      49.1      442.      0.1000000E-02   303297.5       303739.7    
  25.0      23.1      13.8      23.1      49.1      49.1      442.      0.1000000E-02   303668.9       304111.1    
  25.1      23.2      13.8      23.2      49.1      49.1      442.      0.1000000E-02   304040.0       304482.2    
  25.2      23.3      13.8      23.3      49.1      49.1      442.      0.1000000E-02   304410.6       304852.8    
  25.3      23.4      13.8      23.4      49.1      49.1      442.      0.1000000E-02   304780.8       305223.0    
  25.4      23.5      13.8      23.5      49.1      49.1      442.      0.1000000E-02   305150.6       305592.8    
  25.5      23.6      13.8      23.6      49.1      49.1      442.      0.1000000E-02   305520.1       305962.3    
  25.6      23.7      13.8      23.7      49.1      49.1      442.      0.1000000E-02   305889.1       306331.3    
  25.7      23.8      13.8      23.8      49.1      49.1      442.      0.1000000E-02   306257.8       306700.0    
  25.8      23.9      13.8      23.9      49.1      49.1      442.      0.1000000E-02   306626.1       307068.2    
  25.9      24.0      13.8      24.0      49.1      49.1      442.      0.1000000E-02   306993.9       307436.1    
  26.0      24.1      13.8      24.1      49.1      49.1      442.      0.1000000E-02   307361.4       307803.6    
  26.1      24.2      13.8      24.2      49.1      49.1      442.      0.1000000E-02   307728.6       308170.7    
  26.2      24.3      13.8      24.3      49.1      49.1      442.      0.1000000E-02   308095.3       308537.5    
  26.3      24.4      13.8      24.4      49.1      49.1      442.      0.1000000E-02   308461.6       308903.8    
  26.4      24.5      13.8      24.5      49.1      49.1      442.      0.1000000E-02   308827.6       309269.8    
  26.5      24.6      13.8      24.6      49.1      49.1      442.      0.1000000E-02   309193.2       309635.4    
  26.6      24.7      13.8      24.7      49.1      49.1      442.      0.1000000E-02   309558.4       310000.6    
  26.7      24.8      13.8      24.8      49.1      49.1      442.      0.1000000E-02   309923.3       310365.5    
  26.8      24.9      13.8      24.9      49.1      49.1      442.      0.1000000E-02   310287.8       310729.9    
  26.9      25.0      13.8      25.0      49.1      49.1      442.      0.1000000E-02   310651.9       311094.1    
  27.0      25.1      13.8      25.1      49.1      49.1      442.      0.1000000E-02   311015.6       311457.8    
  27.1      25.2      13.8      25.2      49.1      49.1      442.      0.1000000E-02   311379.0       311821.2    
  27.2      25.3      13.8      25.3      49.1      49.1      442.      0.1000000E-02   311742.0       312184.2    
  27.3      25.4      13.8      25.4      49.1      49.1      442.      0.1000000E-02   312104.6       312546.8    
  27.4      25.5      13.8      25.5      49.1      49.1      442.      0.1000000E-02   312466.9       312909.1    
  27.5      25.6      13.8      25.6      49.1      49.1      442.      0.1000000E-02   312828.8       313271.0    
  27.6      25.7      13.8      25.7      49.1      49.1      442.      0.1000000E-02   313190.3       313632.5    
  27.7      25.8      13.8      25.8      49.1      49.1      442.      0.1000000E-02   313551.5       313993.7    
  27.8      25.9      13.8      25.9      49.1      49.1      442.      0.1000000E-02   313912.4       314354.5    
  27.9      26.0      13.8      26.0      49.1      49.1      442.      0.1000000E-02   314272.8       314715.0    
  28.0      26.1      13.8      26.1      49.1      49.1      442.      0.1000000E-02   314633.0       315075.1    
  28.1      26.2      13.8      26.2      49.1      49.1      442.      0.1000000E-02   314992.7       315434.9    
 -------------------------------------------------------------------------------------------------------------
 z_tip        D      B_eq     H_cav    V_spud       V_D      B_S           W_BF         Qv_Dpt           V_L  
  [m]        [m]      [m]       [m]      [m^3]     [m^3]      [kN]         [kN]          [kN]            [kN] 
 -------------------------------------------------------------------------------------------------------------
 -------------------------------------------------------------------
 output  file: "JOB.O01"
 load spread factor #=    1; load spread factor =  3.00     (#rows QV_FMODE results=  282)
 -------------------------------------------------------------------
  z_tip        D      B_eq     Qv_Dpt           V_L        Qv_fmode 
   [m]        [m]      [m]      [kN]            [kN]                
 -------------------------------------------------------------------
  0.00      0.00     0.800       19.18131       19.18131     GSS
 0.100      0.00     0.820       20.65617       21.11896     GSS
 0.200      0.00     0.840       22.20476       23.15453     GSS
 0.300      0.00     0.860       23.82888       25.28938     GSS
 0.400      0.00     0.880       25.53032       27.52587     GSS
 0.500      0.00     0.900       27.31089       29.86636     GSS
 0.600      0.00     0.920       29.17237       32.31322     GSS
 0.700      0.00     0.940       31.11658       34.86881     GSS
 0.800      0.00     0.960       33.14530       37.53549     GSS
 0.900      0.00     0.980       35.26034       40.31564     GSS
  1.00      0.00      1.00       37.46349       43.21161     GSS
  1.10      0.00      2.42       533.8816       541.8216     GSS
  1.20      0.00      3.85       2136.065       2151.079     GSS
  1.30      0.00      5.27       5493.687       5523.525     GSS
  1.40      0.00      6.70       11256.42       11311.71     GSS
  1.50      0.00      8.12       20073.95       20168.16     GSS
  1.60      0.00      9.55       32595.94       32745.44     GSS
  1.70      0.00      11.0       49472.07       49696.09     GSS
  1.80      0.00      12.4       71352.02       71672.65     GSS
  1.90     0.222E-15  13.8       98885.45       99327.64     GSS
  2.00     0.100      13.8       102660.2       103102.4     GSS
  2.10     0.200      13.8       106451.3       106893.5     GSS
  2.20     0.300      13.8       110258.7       110700.9     GSS
  2.30     0.400      13.8       114082.4       114524.6     GSS
  2.40     0.500      13.8       117922.4       118364.6     GSS
  2.50     0.600      13.8       121778.7       122220.9     GSS
  2.60     0.700      13.8       125651.2       126093.4     GSS
  2.70     0.800      13.8       129540.0       129982.2     GSS
  2.80     0.900      13.8       133444.9       133887.1     GSS
  2.90      1.00      13.8       137366.1       137808.3     GSS
  3.00      1.10      13.8       141303.4       141745.5     GSS
  3.10      1.20      13.8       145256.7       145698.9     GSS
  3.20      1.30      13.8       149226.2       149668.4     GSS
  3.30      1.40      13.8       153211.7       153653.9     GSS
  3.40      1.50      13.8       157213.2       157655.4     GSS
  3.50      1.60      13.8       161230.6       161672.8     GSS
  3.60      1.70      13.8       165263.9       165706.1     GSS
  3.70      1.80      13.8       169313.0       169755.2     GSS
  3.80      1.90      13.8       173377.9       173820.1     GSS
  3.90      2.00      13.8       177458.6       177900.8     GSS
  4.00      2.10      13.8       181286.9       181729.1     PTS>GSC
  4.10      2.20      13.8       180232.9       180675.1     PTS>GSC
  4.20      2.30      13.8       179180.0       179622.2     PTS>GSC
  4.30      2.40      13.8       178128.3       178570.5     PTS>GSC
  4.40      2.50      13.8       177077.7       177519.9     PTS>GSC
  4.50      2.60      13.8       176028.3       176470.5     PTS>GSC
  4.60      2.70      13.8       174980.1       175422.3     PTS>GSC
  4.70      2.80      13.8       173933.1       174375.3     PTS>GSC
  4.80      2.90      13.8       172887.4       173329.5     PTS>GSC
  4.90      3.00      13.8       171842.8       172285.0     PTS>GSC
  5.00      3.10      13.8       170799.6       171241.8     PTS>GSC
  5.10      3.20      13.8       169757.6       170199.8     PTS>GSC
  5.20      3.30      13.8       168716.9       169159.1     PTS>GSC
  5.30      3.40      13.8       167677.6       168119.8     PTS>GSC
  5.40      3.50      13.8       166639.6       167081.8     PTS>GSC
  5.50      3.60      13.8       165602.9       166045.1     PTS>GSC
  5.60      3.70      13.8       164567.7       165009.9     PTS>GSC
  5.70      3.80      13.8       163533.8       163976.0     PTS>GSC
  5.80      3.90      13.8       162501.3       162943.5     PTS>GSC
  5.90      4.00      13.8       161470.3       161912.5     PTS>GSC
  6.00      4.10      13.8       160440.8       160883.0     PTS>GSC
  6.10      4.20      13.8       159412.7       159854.9     PTS>GSC
  6.20      4.30      13.8       158386.1       158828.3     PTS>GSC
  6.30      4.40      13.8       157361.0       157803.2     PTS>GSC
  6.40      4.50      13.8       156337.5       156779.7     PTS>GSC
  6.50      4.60      13.8       155315.5       155757.7     PTS>GSC
  6.60      4.70      13.8       154295.0       154737.2     PTS>GSC
  6.70      4.80      13.8       153276.2       153718.4     PTS>GSC
  6.80      4.90      13.8       152259.0       152701.2     PTS>GSC
  6.90      5.00      13.8       151243.4       151685.6     PTS>GSC
  7.00      5.10      13.8       150229.4       150671.6     PTS>GSC
  7.10      5.20      13.8       149217.1       149659.3     PTS>GSC
  7.20      5.30      13.8       148206.5       148648.7     PTS>GSC
  7.30      5.40      13.8       147197.6       147639.8     PTS>GSC
  7.40      5.50      13.8       146190.4       146632.6     PTS>GSC
  7.50      5.60      13.8       145184.9       145627.1     PTS>GSC
  7.60      5.70      13.8       144181.2       144623.4     PTS>GSC
  7.70      5.80      13.8       143179.3       143621.5     PTS>GSC
  7.80      5.90      13.8       142179.2       142621.4     PTS>GSC
  7.90      6.00      13.8       141180.9       141623.1     PTS>GSC
  8.00      6.10      13.8       140184.4       140626.6     PTS>GSC
  8.10      6.20      13.8       139189.8       139632.0     PTS>GSC
  8.20      6.30      13.8       138197.1       138639.2     PTS>GSC
  8.30      6.40      13.8       137206.2       137648.4     PTS>GSC
  8.40      6.50      13.8       136217.3       136658.2     PTS>GSC
  8.50      6.60      13.8       135230.2       135669.9     PTS>GSC
  8.60      6.70      13.8       134245.2       134683.5     PTS>GSC
  8.70      6.80      13.8       133262.1       133699.1     PTS>GSC
  8.80      6.90      13.8       132281.0       132716.7     PTS>GSC
  8.90      7.00      13.8       131301.9       131736.3     PTS>GSC
  9.00      7.10      13.8       130324.8       130757.9     PTS>GSC
  9.10      7.20      13.8       129349.7       129781.6     PTS>GSC
  9.20      7.30      13.8       128376.8       128807.3     PTS>GSC
  9.30      7.40      13.8       127405.9       127835.1     PTS>GSC
  9.40      7.50      13.8       126437.1       126865.0     PTS>GSC
  9.50      7.60      13.8       125470.4       125897.1     PTS>GSC
  9.60      7.70      13.8       124505.9       124931.2     PTS>GSC
  9.70      7.80      13.8       123543.5       123967.6     PTS>GSC
  9.80      7.90      13.8       122583.3       123006.1     PTS>GSC
  9.90      8.00      13.8       121625.3       122046.8     PTS>GSC
  10.0      8.10      13.8       120669.5       121089.7     PTS>GSC
  10.1      8.20      13.8       119715.9       120134.8     PTS>GSC
  10.2      8.30      13.8       116864.5       117282.1     GSC
  10.3      8.40      13.8       117138.8       117556.4     GSC
  10.4      8.50      13.8       117412.7       117830.4     GSC
  10.5      8.60      13.8       117686.3       118103.9     GSC
  10.6      8.70      13.8       117959.4       118377.0     GSC
  10.7      8.80      13.8       118232.2       118649.8     GSC
  10.8      8.90      13.8       118504.5       118922.1     GSC
  10.9      9.00      13.8       118776.5       119194.1     GSC
  11.0      9.10      13.8       119048.1       119465.7     GSC
  11.1      9.20      13.8       119319.3       119736.9     GSC
  11.2      9.30      13.8       119590.2       120007.8     GSC
  11.3      9.40      13.8       119860.6       120278.3     GSC
  11.4      9.50      13.8       120130.7       120548.4     GSC
  11.5      9.60      13.8       120400.5       120818.1     GSC
  11.6      9.70      13.8       120669.9       121087.5     GSC
  11.7      9.80      13.8       120938.9       121356.5     GSC
  11.8      9.90      13.8       121207.5       121625.1     GSC
  11.9      10.0      13.8       121475.8       121893.4     GSC
  12.0      10.1      13.8       121743.7       122161.3     GSC
  12.1      10.2      13.8       122011.3       122428.9     GSC
  12.2      10.3      13.8       122278.5       122696.1     GSC
  12.3      10.4      13.8       122545.4       122963.0     GSC
  12.4      10.5      13.8       122811.9       123229.5     GSC
  12.5      10.6      13.8       123078.1       123495.7     GSC
  12.6      10.7      13.8       123343.9       123761.5     GSC
  12.7      10.8      13.8       123609.4       124027.0     GSC
  12.8      10.9      13.8       123874.6       124292.2     GSC
  12.9      11.0      13.8       124139.4       124557.0     GSC
  13.0      11.1      13.8       124403.9       124821.5     GSC
  13.1      11.2      13.8       124668.0       125085.6     GSC
  13.2      11.3      13.8       124931.8       125349.5     GSC
  13.3      11.4      13.8       125195.3       125613.0     GSC
  13.4      11.5      13.8       125458.5       125876.1     GSC
  13.5      11.6      13.8       125721.3       126138.9     GSC
  13.6      11.7      13.8       125983.8       126401.5     GSC
  13.7      11.8      13.8       126246.0       126663.7     GSC
  13.8      11.9      13.8       126507.9       126925.5     GSC
  13.9      12.0      13.8       126769.5       127187.1     GSC
  14.0      12.1      13.8       127030.7       127448.3     GSC
  14.1      12.2      13.8       127889.0       128306.7     SQC
  14.2      12.3      13.8       128795.2       129212.9     SQC
  14.3      12.4      13.8       129743.3       130160.9     SQC
  14.4      12.5      13.8       130737.3       131154.9     SQC
  14.5      12.6      13.8       131782.1       132199.7     SQC
  14.6      12.7      13.8       132883.1       133300.8     SQC
  14.7      12.8      13.8       134046.6       134464.2     SQC
  14.8      12.9      13.8       135279.7       135697.4     SQC
  14.9      13.0      13.8       136590.9       137008.5     SQC
  15.0      13.1      13.8       137989.8       138407.5     SQC
  15.1      13.2      13.8       139488.0       139905.6     SQC
  15.2      13.3      13.8       141098.9       141516.5     SQC
  15.3      13.4      13.8       142838.7       143256.3     SQC
  15.4      13.5      13.8       144726.7       145144.3     SQC
  15.5      13.6      13.8       146786.2       147203.9     SQC
  15.6      13.7      13.8       149046.0       149464.9     SQC
  15.7      13.8      13.8       151541.2       151961.4     SQC
  15.8      13.9      13.8       154316.2       154737.7     SQC
  15.9      14.0      13.8       157426.7       157849.5     SQC
  16.0      14.1      13.8       160944.8       161368.9     SQC
  16.1      14.2      13.8       164964.5       165389.8     SQC
  16.2      14.3      13.8       169611.1       170037.8     SQC
  16.3      14.4      13.8       175055.7       175483.6     SQC
  16.4      14.5      13.8       181537.6       181966.9     SQC
  16.5      14.6      13.8       189402.7       189833.2     SQC
  16.6      14.7      13.8       199169.5       199601.4     SQC
  16.7      14.8      13.8       211653.2       212086.4     SQC
  16.8      14.9      13.8       228212.2       228646.7     SQC
  16.9      15.0      13.8       251291.7       251727.4     SQC
  17.0      15.1      13.8       279782.5       280219.5     PTC>GSC
  17.1      15.2      13.8       279584.1       280022.4     PTC>GSC
  17.2      15.3      13.8       279385.7       279825.4     PTC>GSC
  17.3      15.4      13.8       279187.4       279628.3     PTC>GSC
  17.4      15.5      13.8       274159.1       274601.3     GSC
  17.5      15.6      13.8       274566.3       275008.5     GSC
  17.6      15.7      13.8       274973.0       275415.2     GSC
  17.7      15.8      13.8       275379.1       275821.3     GSC
  17.8      15.9      13.8       275784.6       276226.8     GSC
  17.9      16.0      13.8       276189.6       276631.8     GSC
  18.0      16.1      13.8       276594.0       277036.2     GSC
  18.1      16.2      13.8       276997.9       277440.1     GSC
  18.2      16.3      13.8       277401.2       277843.4     GSC
  18.3      16.4      13.8       277804.0       278246.2     GSC
  18.4      16.5      13.8       278206.2       278648.4     GSC
  18.5      16.6      13.8       278607.9       279050.0     GSC
  18.6      16.7      13.8       279009.0       279451.2     GSC
  18.7      16.8      13.8       279409.6       279851.8     GSC
  18.8      16.9      13.8       279809.7       280251.8     GSC
  18.9      17.0      13.8       280209.2       280651.4     GSC
  19.0      17.1      13.8       280608.2       281050.4     GSC
  19.1      17.2      13.8       281006.7       281448.8     GSC
  19.2      17.3      13.8       281404.6       281846.8     GSC
  19.3      17.4      13.8       281802.0       282244.2     GSC
  19.4      17.5      13.8       282198.9       282641.1     GSC
  19.5      17.6      13.8       282595.3       283037.5     GSC
  19.6      17.7      13.8       282991.2       283433.4     GSC
  19.7      17.8      13.8       283386.6       283828.8     GSC
  19.8      17.9      13.8       283781.4       284223.6     GSC
  19.9      18.0      13.8       284175.8       284618.0     GSC
  20.0      18.1      13.8       284569.6       285011.8     GSC
  20.1      18.2      13.8       284963.0       285405.2     GSC
  20.2      18.3      13.8       285355.8       285798.0     GSC
  20.3      18.4      13.8       285748.2       286190.4     GSC
  20.4      18.5      13.8       286140.0       286582.2     GSC
  20.5      18.6      13.8       286531.4       286973.6     GSC
  20.6      18.7      13.8       286922.3       287364.5     GSC
  20.7      18.8      13.8       287312.7       287754.9     GSC
  20.8      18.9      13.8       287702.6       288144.8     GSC
  20.9      19.0      13.8       288092.0       288534.2     GSC
  21.0      19.1      13.8       288480.9       288923.1     GSC
  21.1      19.2      13.8       288869.4       289311.6     GSC
  21.2      19.3      13.8       289257.4       289699.6     GSC
  21.3      19.4      13.8       289644.9       290087.1     GSC
  21.4      19.5      13.8       290031.9       290474.1     GSC
  21.5      19.6      13.8       290418.5       290860.7     GSC
  21.6      19.7      13.8       290804.6       291246.8     GSC
  21.7      19.8      13.8       291190.3       291632.4     GSC
  21.8      19.9      13.8       291575.4       292017.6     GSC
  21.9      20.0      13.8       291960.1       292402.3     GSC
  22.0      20.1      13.8       292344.4       292786.6     GSC
  22.1      20.2      13.8       292728.2       293170.4     GSC
  22.2      20.3      13.8       293111.6       293553.7     GSC
  22.3      20.4      13.8       293494.5       293936.6     GSC
  22.4      20.5      13.8       293876.9       294319.1     GSC
  22.5      20.6      13.8       294258.9       294701.1     GSC
  22.6      20.7      13.8       294640.5       295082.6     GSC
  22.7      20.8      13.8       295021.6       295463.7     GSC
  22.8      20.9      13.8       295402.2       295844.4     GSC
  22.9      21.0      13.8       295782.5       296224.6     GSC
  23.0      21.1      13.8       296162.2       296604.4     GSC
  23.1      21.2      13.8       296541.6       296983.8     GSC
  23.2      21.3      13.8       296920.5       297362.7     GSC
  23.3      21.4      13.8       297299.0       297741.2     GSC
  23.4      21.5      13.8       297677.1       298119.2     GSC
  23.5      21.6      13.8       298054.7       298496.9     GSC
  23.6      21.7      13.8       298431.9       298874.1     GSC
  23.7      21.8      13.8       298808.7       299250.8     GSC
  23.8      21.9      13.8       299185.0       299627.2     GSC
  23.9      22.0      13.8       299560.9       300003.1     GSC
  24.0      22.1      13.8       299936.5       300378.6     GSC
  24.1      22.2      13.8       300311.6       300753.7     GSC
  24.2      22.3      13.8       300686.2       301128.4     GSC
  24.3      22.4      13.8       301060.5       301502.7     GSC
  24.4      22.5      13.8       301434.4       301876.5     GSC
  24.5      22.6      13.8       301807.8       302250.0     GSC
  24.6      22.7      13.8       302180.8       302623.0     GSC
  24.7      22.8      13.8       302553.5       302995.7     GSC
  24.8      22.9      13.8       302925.7       303367.9     GSC
  24.9      23.0      13.8       303297.5       303739.7     GSC
  25.0      23.1      13.8       303668.9       304111.1     GSC
  25.1      23.2      13.8       304040.0       304482.2     GSC
  25.2      23.3      13.8       304410.6       304852.8     GSC
  25.3      23.4      13.8       304780.8       305223.0     GSC
  25.4      23.5      13.8       305150.6       305592.8     GSC
  25.5      23.6      13.8       305520.1       305962.3     GSC
  25.6      23.7      13.8       305889.1       306331.3     GSC
  25.7      23.8      13.8       306257.8       306700.0     GSC
  25.8      23.9      13.8       306626.1       307068.2     GSC
  25.9      24.0      13.8       306993.9       307436.1     GSC
  26.0      24.1      13.8       307361.4       307803.6     GSC
  26.1      24.2      13.8       307728.6       308170.7     GSC
  26.2      24.3      13.8       308095.3       308537.5     GSC
  26.3      24.4      13.8       308461.6       308903.8     GSC
  26.4      24.5      13.8       308827.6       309269.8     GSC
  26.5      24.6      13.8       309193.2       309635.4     GSC
  26.6      24.7      13.8       309558.4       310000.6     GSC
  26.7      24.8      13.8       309923.3       310365.5     GSC
  26.8      24.9      13.8       310287.8       310729.9     GSC
  26.9      25.0      13.8       310651.9       311094.1     GSC
  27.0      25.1      13.8       311015.6       311457.8     GSC
  27.1      25.2      13.8       311379.0       311821.2     GSC
  27.2      25.3      13.8       311742.0       312184.2     GSC
  27.3      25.4      13.8       312104.6       312546.8     GSC
  27.4      25.5      13.8       312466.9       312909.1     GSC
  27.5      25.6      13.8       312828.8       313271.0     GSC
  27.6      25.7      13.8       313190.3       313632.5     GSC
  27.7      25.8      13.8       313551.5       313993.7     GSC
  27.8      25.9      13.8       313912.4       314354.5     GSC
  27.9      26.0      13.8       314272.8       314715.0     GSC
  28.0      26.1      13.8       314633.0       315075.1     GSC
  28.1      26.2      13.8       314992.7       315434.9     GSC
 -------------------------------------------------------------------
  z_tip        D      B_eq     Qv_Dpt           V_L        Qv_fmode 
   [m]        [m]      [m]      [kN]            [kN]                
 -------------------------------------------------------------------

out_sp_pen_sub: < --- BEGIN
 -------------------------------------------------------------------
 load spread factor #=    1; load spread factor =  3.00    
 (#rows QV_FMODE summary results=    6)
 -------------------------------------------------------------------
  from      to        from      to     thickness             
  z_tip     z_tip      D         D         T        Qv_fmode 
   [m]       [m]      [m]       [m]       [m]        [-]     
 -------------------------------------------------------------------
 0.100      4.00      0.00      2.10      3.90       GSS
  4.00      10.2      2.10      8.30      6.20       PTS>GSC
  10.2      14.1      8.30      12.2      3.90       GSC
  14.1      17.0      12.2      15.1      2.90       SQC
  17.0      17.4      15.1      15.5     0.400       PTC>GSC
  17.4      28.1      15.5      26.2      10.7       GSC
 -------------------------------------------------------------------
  from      to        from      to     thickness             
  z_tip     z_tip      D         D         T        Qv_fmode 
   [m]       [m]      [m]       [m]       [m]        [-]     
 -------------------------------------------------------------------

iso_19905_1: nlines_errors  :    0
iso_19905_1: nlines_warnings:    4

WARNING. gmdata: soil layer # 3; BDEN=9.00 kN/m^3 is inconsistent with SU_TOP=220.00 kPa.
WARNING. spfdat: full penetration spudcan tip angle SP_BETA_H_MAX=163 degrees is outside typical range [110 - 150].
WARNING. s__out: lots of output: IOUTD > 2 & NTIPD_VERIFY > 10;
WARNING. s__out: #tip depths for verification, NTIPD_VERIFY=78

 < P_spud                [kN]:   61040.00    
   load spread factor #=    1; load spread factor =  3.00    
   is_PT_occurring      [t/f]:         F
 > z_tip_penetration      [m]:       1.75    
out_sp_pen_sub: END --- >


input   file: "JOB.I01"
output  file: "JOB.O01"
iso_19905_1: normal program end
