
p r o g r a m  I S O _ 1 9 9 0 5 _ 1   w32 version 00.11     
------------------------------------   at 13:21:18 on 09-JUL-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: "EX1_GSS.O01.PDF"
 pidata: program name    : "ISO_19905_1"

 pidata: rtitle          : "EXAMPLE 1: QV_FMODE = "GSS""
       : ptitle          : "WAS "VERIFY_QV_GSS.I01""
       : projno          : "SKA/MAN/001"
       : locatn          : "EXAMPLE 1"

 pidata: END --- >

 gmdata: < --- BEGIN
 numsl
   18
  zdep      bden     su_top    su_bot     phi  
   [m]   [kN/m^3]    [kPa]      [kPa]    [deg] 
  0.00      7.00      1.40      1.40      0.00    
 0.650      10.8      0.00      0.00      27.5    
  1.65      9.45      0.00      0.00      27.5    
  2.45      8.95      68.0      68.0      0.00    
  3.00      8.15      55.0      55.0      0.00    
  4.20      8.85      93.0      93.0      0.00    
  4.70      8.90      107.      107.      0.00    
  5.50      9.90      150.      150.      0.00    
  6.15      9.10      0.00      0.00      22.5    
  7.15      8.15      73.0      73.0      0.00    
  10.0      8.40      78.0      78.0      0.00    
  13.2      9.65      105.      105.      0.00    
  13.8      8.35      0.00      0.00      35.0    
  14.7      9.45      72.0      97.0      0.00    
  15.7      9.85      104.      104.      0.00    
  17.3      8.25      178.      178.      0.00    
  18.3      10.4      0.00      0.00      22.5    
  19.0      8.35      90.0      90.0      0.00    
  20.0    
 gmdata: END --- >

 spfdat: < --- BEGIN
 spname
 "ENSCO 110"
 spgeom
 CIRCULAR
 v_spud_total [m^3]
  421.    
 p_spud [kN]
 0.303E+05
 numsp_BH
    3
  sp_B      sp_H 
   [m]       [m] 
  0.00      0.00    
  2.99      1.22    
  15.3      3.10    
 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
  10.5      10.5    
 s__out: END --- >

spudcan_mat_X_sub: < --- BEGIN
   V_D_maxB                            [m^3]:       144.    
   V_D_missing                         [m^3]:       277.    
   sp_H_missing                          [m]:       4.54    
   sp_H                                  [m]:       7.64    
 > sp_H              sp_B
 > [m]               [m]
       0.00           0.00    
       2.99           1.22    
       15.3           3.10    
       0.00           7.64    
spudcan_mat_X_sub: END --- >


D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.5    
   sp_H_max                              [m]:       3.10    
   sp_B_max                              [m]:       15.3    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       15.3    
D_B_eq_sub: END --- >


sp_beta_fun: < --- BEGIN
 < z_tip                                 [m]:       10.5    
   sp_H_max                              [m]:       3.10    
   z_tip_dummy                           [m]:       3.10    
   V_eq                                [m^3]:       144.    
   B_eq                                  [m]:       15.3    
   A_eq                                [m^2]:       183.    
   H_eq                                  [m]:       2.37    
   sp_H_max                              [m]:       2.54    
   z_tip_dummy                           [m]:       146.    
   V_eq                                [m^3]:
 > sp_beta                             [rad]:       2.54    
 > sp_beta/deg                         [deg]:       146.    
sp_beta_fun: END --- >

   gamma_sub_av                     [kN/m^3]:       9.02    
   A                                   [m^2]:       183.    
   H_cav                                 [m]:       6.75    
   V_spud                              [m^3]:       247.    
   V_D                                 [m^3]:       144.    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:   145.9908    
W_BF_fun: END --- >


Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       7.40    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:
   z1                                [m bsf]:       7.40    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        10
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       7.15    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       7.40    
   z2                                    [m]:       15.0    
   lay_num_z1                            [-]:        10
   lay_num_z2                            [-]:        14
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       78.0    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.35    
 > T_sq                                  [m]:       6.40    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       6.40    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       19.4    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       7.15    
   B_eq                                  [m]:       15.3    
   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]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       7.40    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       2.54    
 < sp_beta/deg                         [deg]:       146.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       7.40    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       7.40    
   z2                                    [m]:       15.0    
   lay_num_z1                            [-]:        10
   lay_num_z2                            [-]:        14
   rho_av_sum                          [kPa]:       8.25    
   T_sum                                 [m]:       6.73    
 > rho_av                            [kPa/m]:       1.23    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       1.23    
   su0                                 [kPa]:       73.0    
   D                                     [m]:       7.40    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       72.7    
   sum_modified = max(sum,0)           [kPa]:       72.7    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.257    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.257    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.485    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.229    
   sp_beta/deg                         [deg]:       146.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.87    
   su0 * Nc0                           [kPa]:       502.    
   p0                                  [kPa]:       66.8    
   su0*Nc0 + p0                        [kPa]:       569.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   103977.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   103977.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   su_av                                kPa]:       73.0    
   P_pt                                  [m]:       47.9    
   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]:       15.3    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.15    
   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]:       10.0    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:
   z1                                [m bsf]:       10.0    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        11
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       10.0    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       10.0    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:        11
   lay_num_z2                            [-]:        16
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       78.0    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.35    
 > T_sq                                  [m]:       3.80    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       3.80    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       11.5    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       10.0    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.655    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       3.80    
   D + T_sq                              [m]:       13.8    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       7.11    
   su_av                               [kPa]:       82.2    
   p'0                                 [kPa]:       88.0    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       585.    
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   123051.0    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       10.0    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       10.0    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       10.0    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:        11
   lay_num_z2                            [-]:        16
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       6.73    
 > rho_av                            [kPa/m]:       3.71    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       3.71    
   su0                                 [kPa]:       78.0    
   D                                     [m]:       10.0    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       67.4    
   sum_modified = max(sum,0)           [kPa]:       67.4    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.841    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.841    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.655    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.542    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.44    
   su0 * Nc0                           [kPa]:       580.    
   p0                                  [kPa]:       88.0    
   su0*Nc0 + p0                        [kPa]:       668.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   122182.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   123051.0    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       10.0    
   su_av                                kPa]:       73.0    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:       2.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   6824.968    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       10.0    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.15    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3875.829    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       10.0    
 < D_pt                                  [m]:       13.2    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:
   z1                                [m bsf]:       13.2    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        12
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       13.2    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       13.2    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        12
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       105.    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:      0.600    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.600    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       1.82    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       13.2    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.865    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:      0.600    
   D + T_sq                              [m]:       13.8    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       14.4    
   su_av                               [kPa]:       105.    
   p'0                                 [kPa]:       115.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.152E+04
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   298136.2    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       13.2    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       13.2    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       13.2    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        12
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       5.20    
 > rho_av                            [kPa/m]:       4.81    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       4.81    
   su0                                 [kPa]:       105.    
   D                                     [m]:       13.2    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       75.9    
   sum_modified = max(sum,0)           [kPa]:       75.9    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.966    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.966    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.865    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.526    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:       802.    
   p0                                  [kPa]:       115.    
   su0*Nc0 + p0                        [kPa]:       917.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   167636.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   298136.2    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       13.2    
   su_av                                kPa]:       78.0    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:       3.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   8976.522    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       13.2    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.40    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4916.661    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       13.2    
 < D_pt                                  [m]:       13.8    
 < B_pt                                  [m]:       15.3    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_eq                                  [m]:       15.3    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       13.8    
 < z2                                    [m]:       17.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:        13
   lay_num_z2                            [-]:        16
   tan_phi_av_sum                    [deg-m]:      0.630    
   T_sum                                 [m]:      0.900    
 > phi_av                              [rad]:      0.611    
 > phi_av/deg                          [deg]:       35.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.26    
   phi_rad_av                          [rad]:      0.611    
   phi_rad_av/deg                      [deg]:       35.0    
   N_gamma                               [-]:       41.9    
   N_q                                   [-]:       80.8    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.19    
   p0                                  [kPa]:       121.    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.541E+06
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.212E+07
   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]:   2658031.    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       35.0    
 > Q_ub                                 [kN]:   2658031.    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       13.8    
   su_av                                kPa]:       756.    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:      0.600    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   16308.85    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       13.8    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       9.65    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1058.862    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       13.8    
 < D_pt                                  [m]:       14.7    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.927    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.13    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       785.    
   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]:   180311.3    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       14.7    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       14.7    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       4.60    
 > rho_av                            [kPa/m]:       5.43    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       5.43    
   su0                                 [kPa]:       72.0    
   D                                     [m]:       14.7    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       72.0    
   sum_modified = max(sum,0)           [kPa]:       72.0    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       1.20    
   kappa_m_modified = max(kappa_m,5)     [-]:       1.20    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.927    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.567    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:       554.    
   p0                                  [kPa]:       128.    
   su0*Nc0 + p0                        [kPa]:       682.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   134777.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       35.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   180311.3    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   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]:       13.8    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.35    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1484.781    
dW_pt_fun: END --- >


Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.927    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.13    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       785.    
   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]:   180311.3    
Qv_SQC_fun: END --- >


Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.963    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.09    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       781.    
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   166354.1    
Qv_SQC_fun: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   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]:       13.8    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.35    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1374.565    
dW_pt_fun: END --- >


   D, D_pt                               [m]:       13.8           14.7    
   D_pt layer #                          [-]:    5
   Qv_Fmode_PT                           [-]:PTS>SQC
   decreasing dW for punch-through layer#[-]:    4
   using B_eq (was B_pt), B_eq , B_pt    [m]:       15.3           15.9    
   (B_eq/B_pt)^2                         [-]:      0.926    
   old dW,     new dW                   [kN]:      0.148E+04      0.137E+04
   old Qv_SQC, new Qv_SQC (ie Q_ub)     [kN]:      0.180E+06      0.166E+06

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       14.7    
 < D_pt                                  [m]:       15.7    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        15
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       15.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       15.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        15
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       1.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       1.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       4.85    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       15.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.990    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       1.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       9.46    
   su_av                               [kPa]:       104.    
   p'0                                 [kPa]:       138.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       984.    
   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]:   221621.1    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.7    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.7    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        15
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       3.60    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       104.    
   D                                     [m]:       15.7    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       104.    
   sum_modified = max(sum,0)           [kPa]:       104.    
   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                       [-]:      0.990    
   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]:       799.    
   p0                                  [kPa]:       138.    
   su0*Nc0 + p0                        [kPa]:       936.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   184944.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   221621.1    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       15.7    
   su_av                                kPa]:       84.5    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   3157.871    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       15.7    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.45    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1867.033    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       15.7    
 < D_pt                                  [m]:       17.3    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:
   z1                                [m bsf]:       17.3    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        16
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       17.3    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       17.3    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        16
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       178.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       1.00    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       1.00    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       3.03    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       17.3    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:       1.09    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       1.00    
   D + T_sq                              [m]:       18.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       11.5    
   su_av                               [kPa]:       178.    
   p'0                                 [kPa]:       153.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.205E+04
   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]:   436204.8    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       17.3    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       17.3    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       17.3    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        16
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       2.00    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       178.    
   D                                     [m]:       17.3    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       178.    
   sum_modified = max(sum,0)           [kPa]:       178.    
   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                       [-]:       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]:      0.139E+04
   p0                                  [kPa]:       153.    
   su0*Nc0 + p0                        [kPa]:      0.154E+04
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   304584.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   436204.8    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       17.3    
   su_av                                kPa]:       104.    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   6221.123    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       17.3    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.85    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3113.196    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       17.3    
 < D_pt                                  [m]:       18.3    
 < B_pt                                  [m]:       15.9    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       18.3    
 < B_eq                                  [m]:       15.9    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       18.3    
 < z2                                    [m]:       20.0    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:        17
   lay_num_z2                            [-]:        18
   tan_phi_av_sum                    [deg-m]:      0.290    
   T_sum                                 [m]:      0.700    
 > phi_av                              [rad]:      0.393    
 > phi_av/deg                          [deg]:       22.5    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.19    
   phi_rad_av                          [rad]:      0.393    
   phi_rad_av/deg                      [deg]:       22.5    
   N_gamma                               [-]:       3.85    
   N_q                                   [-]:       13.2    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.27    
   p0                                  [kPa]:       162.    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.554E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.537E+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]:   592913.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       22.5    
 > Q_ub                                 [kN]:   592913.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       18.3    
   su_av                                kPa]:       829.    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30976.33    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       18.3    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.25    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1630.136    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       18.3    
 < D_pt                                  [m]:       19.0    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:
   z1                                [m bsf]:       19.0    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        18
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       19.0    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       19.0    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        18
   lay_num_z2                            [-]:        18
   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]:       19.0    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:       1.16    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.453    
 * is_SQC_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]:       19.0    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.539E+04
   su_av                               [kPa]:       90.0    
   p'0                                 [kPa]:       169.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.485E+06
   pi*B_eq*B_eq/4                      [m^2]:       209.    
   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]:  0.1016729E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       19.0    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       19.0    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       19.0    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        18
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       1.00    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       90.0    
   D                                     [m]:       19.0    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       19.0    
   sum = su0 - rho_av*D                [kPa]:       90.0    
   sum_modified = max(sum,0)           [kPa]:       90.0    
   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                       [-]:       1.16    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.89    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       169.    
   su0*Nc0 + p0                        [kPa]:       879.    
   pi * B_eq * B_eq /4                 [m^2]:       209.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   183937.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       22.5    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   183937.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       18.3    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       19.0    
   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]:       18.3    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       19.0    
   A_pt                                [m^2]:       209.    
   gamma_sub_av                     [kN/m^3]:       10.4    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1523.914    
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      15.3      0.00       103977.2       0.000000       0.000000       10   0.000000       0.000000       103977.2    *  1 GSC
  7.40      10.0      15.3      2.60       123051.0       6824.968       3875.829       11   3875.829       6824.968       126000.1       2 PTC>SQC
  10.0      13.2      15.3      3.20       298136.2       8976.522       4916.661       12   8792.490       15801.49       305145.2       6 PTC>PTC>SQC
  13.2      13.8      15.3     0.600       2658031.       16308.85       1058.862       13   9851.352       32110.34       2680290.       9 PTC>PTC>PTC>GSS
  13.8      14.7      15.3     0.900       166354.1       0.000000       1374.565       14   11225.92       32110.34       187238.5       3 PTC>PTC>PTC>PTS>SQC
  14.7      15.7      15.9      1.00       221621.1       3157.871       1867.033       15   13993.08       35268.21       242896.3       5 PTC>PTC>PTC>PTS>PTC>SQC
  15.7      17.3      15.9      1.60       436204.8       6221.123       3113.196       16   17106.27       41489.34       460587.8       7 PTC>PTC>PTC>PTS>PTC>PTC>SQC
  17.3      18.3      15.9      1.00       592913.5       30976.33       1630.136       17   18736.41       72465.67       646642.7       8 PTC>PTC>PTC>PTS>PTC>PTC>PTC>GSS
  18.3      19.0      16.3     0.700       183937.9       0.000000       1523.914       18   21379.15       72465.67       235024.4       4 PTC>PTC>PTC>PTS>PTC>PTC>PTC>PTS>GSC
 > Qv_Dpt                               [kN]:   103977.2    
Qv_Dpt_sub: END --- >


ioutd_z_tip_verify: < --- BEGIN
 < z_tip_verify [m]:  10.5    

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

Qv_Dpt_sub: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       7.40    
 < D_pt                                  [m]:       7.40    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:
   z1                                [m bsf]:       7.40    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        10
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       7.15    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       7.40    
   z2                                    [m]:       15.0    
   lay_num_z1                            [-]:        10
   lay_num_z2                            [-]:        14
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       78.0    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.35    
 > T_sq                                  [m]:       6.40    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       6.40    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       19.4    
 * B_eq > T_sq/b_sq                    [t/f]:         F
   ztop_sq                           [m bsf]:       7.15    
   B_eq                                  [m]:       15.3    
   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]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       7.40    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       2.54    
 < sp_beta/deg                         [deg]:       146.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       7.40    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       7.40    
   z2                                    [m]:       15.0    
   lay_num_z1                            [-]:        10
   lay_num_z2                            [-]:        14
   rho_av_sum                          [kPa]:       8.25    
   T_sum                                 [m]:       6.73    
 > rho_av                            [kPa/m]:       1.23    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       1.23    
   su0                                 [kPa]:       73.0    
   D                                     [m]:       7.40    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       72.7    
   sum_modified = max(sum,0)           [kPa]:       72.7    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.257    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.257    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.485    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.229    
   sp_beta/deg                         [deg]:       146.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.87    
   su0 * Nc0                           [kPa]:       502.    
   p0                                  [kPa]:       66.8    
   su0*Nc0 + p0                        [kPa]:       569.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   103977.2    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   103977.2    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   su_av                                kPa]:       73.0    
   P_pt                                  [m]:       47.9    
   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]:       15.3    
 < T_pt                                  [m]:       0.00    
   D + T_pt                              [m]:       7.40    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.15    
   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]:       10.0    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:
   z1                                [m bsf]:       10.0    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        11
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       10.0    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       10.0    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:        11
   lay_num_z2                            [-]:        16
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       78.0    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.35    
 > T_sq                                  [m]:       3.80    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       3.80    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       11.5    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       10.0    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.655    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       3.80    
   D + T_sq                              [m]:       13.8    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       7.11    
   su_av                               [kPa]:       82.2    
   p'0                                 [kPa]:       88.0    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       585.    
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   123051.0    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       10.0    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       10.0    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       10.0    
   z2                                    [m]:       17.6    
   lay_num_z1                            [-]:        11
   lay_num_z2                            [-]:        16
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       6.73    
 > rho_av                            [kPa/m]:       3.71    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       3.71    
   su0                                 [kPa]:       78.0    
   D                                     [m]:       10.0    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       67.4    
   sum_modified = max(sum,0)           [kPa]:       67.4    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.841    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.841    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.655    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.542    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.44    
   su0 * Nc0                           [kPa]:       580.    
   p0                                  [kPa]:       88.0    
   su0*Nc0 + p0                        [kPa]:       668.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   122182.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   123051.0    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       10.0    
   su_av                                kPa]:       73.0    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:       2.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   6824.968    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       2.60    
   D + T_pt                              [m]:       10.0    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.15    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3875.829    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       10.0    
 < D_pt                                  [m]:       13.2    
 < B_pt                                  [m]:       15.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:
   z1                                [m bsf]:       13.2    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        12
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       13.2    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       13.2    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        12
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       105.    
   su2_top                             [kPa]:       105.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:      0.600    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:      0.600    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       1.82    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       13.2    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.865    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:      0.600    
   D + T_sq                              [m]:       13.8    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       14.4    
   su_av                               [kPa]:       105.    
   p'0                                 [kPa]:       115.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.152E+04
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   298136.2    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       13.2    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       13.2    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       13.2    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        12
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       5.20    
 > rho_av                            [kPa/m]:       4.81    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       4.81    
   su0                                 [kPa]:       105.    
   D                                     [m]:       13.2    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       75.9    
   sum_modified = max(sum,0)           [kPa]:       75.9    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.966    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.966    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.865    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.526    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.64    
   su0 * Nc0                           [kPa]:       802.    
   p0                                  [kPa]:       115.    
   su0*Nc0 + p0                        [kPa]:       917.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   167636.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   298136.2    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       13.2    
   su_av                                kPa]:       78.0    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:       3.20    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   8976.522    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       10.0    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:       3.20    
   D + T_pt                              [m]:       13.2    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.40    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   4916.661    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       13.2    
 < D_pt                                  [m]:       13.8    
 < B_pt                                  [m]:       15.3    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_eq                                  [m]:       15.3    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       13.8    
 < z2                                    [m]:       17.6    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:        13
   lay_num_z2                            [-]:        16
   tan_phi_av_sum                    [deg-m]:      0.630    
   T_sum                                 [m]:      0.900    
 > phi_av                              [rad]:      0.611    
 > phi_av/deg                          [deg]:       35.0    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.26    
   phi_rad_av                          [rad]:      0.611    
   phi_rad_av/deg                      [deg]:       35.0    
   N_gamma                               [-]:       41.9    
   N_q                                   [-]:       80.8    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.19    
   p0                                  [kPa]:       121.    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.541E+06
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.212E+07
   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]:   2658031.    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       35.0    
 > Q_ub                                 [kN]:   2658031.    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       13.8    
   su_av                                kPa]:       756.    
   P_pt                                  [m]:       47.9    
   T_pt                                  [m]:      0.600    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   16308.85    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       13.2    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.600    
   D + T_pt                              [m]:       13.8    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       9.65    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1058.862    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       13.8    
 < D_pt                                  [m]:       14.7    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.927    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.13    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       785.    
   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]:   180311.3    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       14.7    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       14.7    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       25.0    
   T_sum                                 [m]:       4.60    
 > rho_av                            [kPa/m]:       5.43    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       5.43    
   su0                                 [kPa]:       72.0    
   D                                     [m]:       14.7    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       72.0    
   sum_modified = max(sum,0)           [kPa]:       72.0    
   kappa_m = rho_av*B_eq/sum_modified    [-]:       1.20    
   kappa_m_modified = max(kappa_m,5)     [-]:       1.20    
   B_eq                                  [m]:       15.9    
   lambda = D/B_eq                       [-]:      0.927    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.567    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.70    
   su0 * Nc0                           [kPa]:       554.    
   p0                                  [kPa]:       128.    
   su0*Nc0 + p0                        [kPa]:       682.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   134777.7    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       35.0    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   180311.3    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   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]:       13.8    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.35    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1484.781    
dW_pt_fun: END --- >


Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.927    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.13    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       785.    
   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]:   180311.3    
Qv_SQC_fun: END --- >


Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       14.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        14
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       14.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_eq                                  [m]:       15.3    
   z1                                    [m]:       14.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        14
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       2.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       2.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.3    
   T_sq/b_sq                             [m]:       7.88    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       14.7    
   B_eq                                  [m]:       15.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.963    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.485    
 * is_SQC_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]:       2.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       8.09    
   su_av                               [kPa]:       96.6    
   p'0                                 [kPa]:       128.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       781.    
   pi*B_eq*B_eq/4                      [m^2]:       183.    
   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]:   166354.1    
Qv_SQC_fun: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       13.8    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   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]:       13.8    
 < B_pt                                  [m]:       15.3    
 < T_pt                                  [m]:      0.900    
   D + T_pt                              [m]:       14.7    
   A_pt                                [m^2]:       183.    
   gamma_sub_av                     [kN/m^3]:       8.35    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1374.565    
dW_pt_fun: END --- >


   D, D_pt                               [m]:       13.8           14.7    
   D_pt layer #                          [-]:    5
   Qv_Fmode_PT                           [-]:PTS>SQC
   decreasing dW for punch-through layer#[-]:    4
   using B_eq (was B_pt), B_eq , B_pt    [m]:       15.3           15.9    
   (B_eq/B_pt)^2                         [-]:      0.926    
   old dW,     new dW                   [kN]:      0.148E+04      0.137E+04
   old Qv_SQC, new Qv_SQC (ie Q_ub)     [kN]:      0.180E+06      0.166E+06

Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       14.7    
 < D_pt                                  [m]:       15.7    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:
   z1                                [m bsf]:       15.7    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        15
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       15.7    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       15.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        15
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       104.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.71    
 > T_sq                                  [m]:       1.60    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       1.60    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       4.85    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       15.7    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:      0.990    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       1.60    
   D + T_sq                              [m]:       17.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       9.46    
   su_av                               [kPa]:       104.    
   p'0                                 [kPa]:       138.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:       984.    
   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]:   221621.1    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       15.7    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       15.7    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       15.7    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        15
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       3.60    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       104.    
   D                                     [m]:       15.7    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       104.    
   sum_modified = max(sum,0)           [kPa]:       104.    
   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                       [-]:      0.990    
   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]:       799.    
   p0                                  [kPa]:       138.    
   su0*Nc0 + p0                        [kPa]:       936.    
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   184944.8    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   221621.1    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       15.7    
   su_av                                kPa]:       84.5    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   3157.871    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       14.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       15.7    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.45    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1867.033    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       15.7    
 < D_pt                                  [m]:       17.3    
 < B_pt                                  [m]:       15.9    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:       15.9    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:
   z1                                [m bsf]:       17.3    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        16
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       17.3    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_eq                                  [m]:       15.9    
   z1                                    [m]:       17.3    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        16
   lay_num_z2                            [-]:        18
   r_sq                                  [-]:       1.50    
   su1_bot                             [kPa]:       178.    
   su2_top                             [kPa]:       178.    
   su2_top/su1_bot                       [-]:       1.00    
 > T_sq                                  [m]:       1.00    
T_sq_fun: END --- >

   is_D_clay                           [t/f]:         T
   T_sq                                  [m]:       1.00    
   b_sq                                  [-]:      0.330    
   B_eq                                  [m]:       15.9    
   T_sq/b_sq                             [m]:       3.03    
 * B_eq > T_sq/b_sq                    [t/f]:         T
   ztop_sq                           [m bsf]:       17.3    
   B_eq                                  [m]:       15.9    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:       1.09    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.467    
 * is_SQC_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]:       1.00    
   D + T_sq                              [m]:       18.3    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:       11.5    
   su_av                               [kPa]:       178.    
   p'0                                 [kPa]:       153.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.205E+04
   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]:   436204.8    
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       17.3    
 < B_eq                                  [m]:       15.9    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       17.3    
 < B                                     [m]:       15.9    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       17.3    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        16
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       2.00    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       178.    
   D                                     [m]:       17.3    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       14.7    
   sum = su0 - rho_av*D                [kPa]:       178.    
   sum_modified = max(sum,0)           [kPa]:       178.    
   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                       [-]:       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]:      0.139E+04
   p0                                  [kPa]:       153.    
   su0*Nc0 + p0                        [kPa]:      0.154E+04
   pi * B_eq * B_eq /4                 [m^2]:       198.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   304584.0    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   436204.8    
 > Qv_fmode_pt                              :SQC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       17.3    
   su_av                                kPa]:       104.    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.60    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   6221.123    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       15.7    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.60    
   D + T_pt                              [m]:       17.3    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       9.85    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   3113.196    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       17.3    
 < D_pt                                  [m]:       18.3    
 < B_pt                                  [m]:       15.9    

Qv_GSS_fun: < --- BEGIN
 < D                                     [m]:       18.3    
 < B_eq                                  [m]:       15.9    

phi_av_fun: < --- BEGIN
 < z1                                    [m]:       18.3    
 < z2                                    [m]:       20.0    
   is_D_clay                             [-]:         F
   lay_num_z1                            [-]:        17
   lay_num_z2                            [-]:        18
   tan_phi_av_sum                    [deg-m]:      0.290    
   T_sum                                 [m]:      0.700    
 > phi_av                              [rad]:      0.393    
 > phi_av/deg                          [deg]:       22.5    
phi_av_fun : END --- >

   is_D_clay                           [t/f]:         F
   gamma_sub_av                     [kN/m^3]:       9.19    
   phi_rad_av                          [rad]:      0.393    
   phi_rad_av/deg                      [deg]:       22.5    
   N_gamma                               [-]:       3.85    
   N_q                                   [-]:       13.2    
   d_gamma                               [-]:       1.00    
   d_q                                   [-]:       1.27    
   p0                                  [kPa]:       162.    
   gamma_sub_av*D_gamma*N_gamma*pi*B_eq*B_eq*B_eq/8
                                        [kN]:      0.554E+05
   p0*d_q*N_q*pi*B_eq*B_eq/4            [kN]:      0.537E+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]:   592913.5    
Qv_GSS_fun: END --- >

   phi_lay_deg1                        [deg]:       0.00    
   phi_lay_deg2                        [deg]:       22.5    
 > Q_ub                                 [kN]:   592913.5    
 > Qv_fmode_pt                              :GSS
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       18.3    
   su_av                                kPa]:       829.    
   P_pt                                  [m]:       49.8    
   T_pt                                  [m]:       1.00    
   Rs_pt = ( 3/4 ) * su_av * P_pt * T_pt;    
 > Rs_pt                                [kN]:   30976.33    
Rs_pt_fun: END --- >


dW_pt_fun: < --- BEGIN
 < D                                     [m]:       17.3    
 < B_pt                                  [m]:       15.9    
 < T_pt                                  [m]:       1.00    
   D + T_pt                              [m]:       18.3    
   A_pt                                [m^2]:       198.    
   gamma_sub_av                     [kN/m^3]:       8.25    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1630.136    
dW_pt_fun: END --- >


Q_ub_sub: < --- BEGIN     
 < D                                     [m]:       18.3    
 < D_pt                                  [m]:       19.0    
 < B_pt                                  [m]:       16.3    

Qv_SQC_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:       16.3    

ZTOP_sq_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:
   z1                                [m bsf]:       19.0    
   z0                                [m bsf]:       0.00    
   lay_num_z1                            [-]:        18
   lay_num_z0                            [-]:        18
   r_sq                                  [-]:       1.50    
   su0_bot                             [kPa]:       0.00    
   su1_top                             [kPa]:       0.00    
   su1_top/su0_bot                       [-]:            NaN
 > ZTOP_sq_fun                       [m bsf]:       19.0    
ZTOP_sq_fun: END --- >


T_sq_fun: < --- BEGIN
 < D                                     [m]:       19.0    
 < B_eq                                  [m]:       16.3    
   z1                                    [m]:       19.0    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        18
   lay_num_z2                            [-]:        18
   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]:       19.0    
   B_eq                                  [m]:       16.3    
   ztop_sq/B_eq (i.e. 'D/B')             [-]:       1.16    
 * 'D/B' <= 2.5                        [t/f]:         T
   Dtip (ie D corresponding to tip depth)[m]:       7.40    
   Dtip/B                                [-]:      0.453    
 * is_SQC_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]:       19.0    
   a_sq                                  [-]:       5.00    
   b_sq                                  [-]:      0.330    
   a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq    [-]:      0.539E+04
   su_av                               [kPa]:       90.0    
   p'0                                 [kPa]:       169.    
   (a_sq + b_sq*B_eq/T_sq + 1.2*D/B_eq)*su0 [kPa]:      0.485E+06
   pi*B_eq*B_eq/4                      [m^2]:       209.    
   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]:  0.1016729E+09
Qv_SQC_fun: END --- >


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       19.0    
 < B_eq                                  [m]:       16.3    
 < sp_beta                             [rad]:       3.14    
 < sp_beta/deg                         [deg]:       180.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       19.0    
 < B                                     [m]:       16.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       19.0    
   z2                                    [m]:       20.0    
   lay_num_z1                            [-]:        18
   lay_num_z2                            [-]:        18
   rho_av_sum                          [kPa]:       0.00    
   T_sum                                 [m]:       1.00    
 > rho_av                            [kPa/m]:       0.00    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       0.00    
   su0                                 [kPa]:       90.0    
   D                                     [m]:       19.0    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       19.0    
   sum = su0 - rho_av*D                [kPa]:       90.0    
   sum_modified = max(sum,0)           [kPa]:       90.0    
   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                       [-]:       1.16    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:       0.00    
   sp_beta/deg                         [deg]:       180.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       7.89    
   su0 * Nc0                           [kPa]:       710.    
   p0                                  [kPa]:       169.    
   su0*Nc0 + p0                        [kPa]:       879.    
   pi * B_eq * B_eq /4                 [m^2]:       209.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   183937.9    
Qv_GSC_fun: END --- >

   phi_lay_deg1                        [deg]:       22.5    
   phi_lay_deg2                        [deg]:       0.00    
 > Q_ub                                 [kN]:   183937.9    
 > Qv_fmode_pt                              :GSC
Q_ub_sub: END --- >


Rs_pt_fun: < --- BEGIN
 < D                                     [m]:       18.3    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       19.0    
   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]:       18.3    
 < B_pt                                  [m]:       16.3    
 < T_pt                                  [m]:      0.700    
   D + T_pt                              [m]:       19.0    
   A_pt                                [m^2]:       209.    
   gamma_sub_av                     [kN/m^3]:       10.4    
   dW_pt = A_pt * T_pt * gamma_sub_av;       
 > dW_pt = A_pt * T_pt * gamma_sub_av   [kN]:   1523.914    
dW_pt_fun: END --- >

 < z_tip_verify                          [m]:       10.5    
   D                                     [m]:       7.40    
   B_eq                                  [m]:       15.3    
   lay_num (D)                           [-]:        10
   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]:   103977.2    *
   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]:   103977.2    
   Qub_D, GROSS resistance (GSS, GSC/SQC)  [kN]:   103977.2    
                       Qv_fmode, failure mode  :   'GSC'


Qv_GSC_fun: < --- BEGIN
 < D                                 [m bsf]:       7.40    
 < B_eq                                  [m]:       15.3    
 < sp_beta                             [rad]:       2.54    
 < sp_beta/deg                         [deg]:       146.    

rho_av_fun: < --- BEGIN     
 < D                                     [m]:       7.40    
 < B                                     [m]:       15.3    
   is_D_clay                           [t/f]:         T
   z1                                    [m]:       7.40    
   z2                                    [m]:       15.0    
   lay_num_z1                            [-]:        10
   lay_num_z2                            [-]:        14
   rho_av_sum                          [kPa]:       8.25    
   T_sum                                 [m]:       6.73    
 > rho_av                            [kPa/m]:       1.23    
rho_av_fun: END --- >

   is_D_clay                           [t/f]:         T
   rho_av                            [kPa/m]:       1.23    
   su0                                 [kPa]:       73.0    
   D                                     [m]:       7.40    
   z_top_first_CLAY_layer_aboveD     [m bsf]:       7.15    
   sum = su0 - rho_av*D                [kPa]:       72.7    
   sum_modified = max(sum,0)           [kPa]:       72.7    
   kappa_m = rho_av*B_eq/sum_modified    [-]:      0.257    
   kappa_m_modified = max(kappa_m,5)     [-]:      0.257    
   B_eq                                  [m]:       15.3    
   lambda = D/B_eq                       [-]:      0.485    
   kappa_0=kappa_mod/(lambda*kappa_mod+1)[-]:      0.229    
   sp_beta/deg                         [deg]:       146.    
   sp_alpha                              [-]:      0.600    
   Nc0                                   [-]:       6.87    
   su0 * Nc0                           [kPa]:       502.    
   p0                                  [kPa]:       66.8    
   su0*Nc0 + p0                        [kPa]:       569.    
   pi * B_eq * B_eq /4                 [m^2]:       183.    
   Qv_GSC = ( su0*Nc0 + p0 ) * pi * B_eq * B_eq / 4 
 > Qv_GSC                               [kN]:   103977.2    
Qv_GSC_fun: END --- >


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

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.5    
   sp_H_max                              [m]:       3.10    
   sp_B_max                              [m]:       15.3    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       15.3    
D_B_eq_sub: END --- >


H_cav_fun: < --- BEGIN
 < D                                     [m]:       7.40    
 < B_eq                                  [m]:       15.3    
 < I_BF                                  [-]:         1

 < D_top_first_SAND_layer                [m]:      0.650    
 < D_top_first_CLAY_layer                [m]:       0.00    
   all_CLAY_above_D                    [t/f]:         F
 > H_cav, ISO 19905-1 Eq. 9.3-3          [m]:       6.75    
H_cav_fun: END --- >


B_S_fun: < --- BEGIN
 < z_tip                                 [m]:       10.5    

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.5    
   sp_H_max                              [m]:       3.10    
   sp_B_max                              [m]:       15.3    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       15.3    
D_B_eq_sub: END --- >

   z1                                    [m]:       10.5    
   z2                                    [m]:       7.40    
   gamma_sub_av                     [kN/m^3]:       8.19    
   V_D                                  [kN]:       144.    
 > B_S = gamma_sub_av*V_D               [kN]:   1181.968    
B_S_fun: END --- >


W_BF_fun: < --- BEGIN
 < z_tip                                 [m]:       10.5    
 < I_BF                                  [-]:         1

D_B_eq_sub: < --- BEGIN
 < z_tip                                 [m]:       10.5    
   sp_H_max                              [m]:       3.10    
   sp_B_max                              [m]:       15.3    
 > D                                     [m]:       7.40    
 > B_eq                                  [m]:       15.3    
D_B_eq_sub: END --- >

   gamma_sub_av                     [kN/m^3]:       9.02    
   A                                   [m^2]:       183.    
   H_cav                                 [m]:       6.75    
   V_spud                              [m^3]:       247.    
   V_D                                 [m^3]:       144.    
   W_BF = gamma_sub_av [ A (D - H_cav) - (V_spud - V_D ) ]
 > W_BF                                 [kN]:   145.9908    
W_BF_fun: END --- >

 < z_tip_verify                          [m]:       10.5    
   D                                     [m]:       7.40    
   B_eq                                  [m]:       15.3    
   lay_num (D)                           [-]:        10
   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]:       6.75    
   V_SPUD, ISO 19905-1 Fig.A.9.3-6, row1,
     spudcan total volume BENEATH BACKFILL                 [m^3]:       247.    
   V_D, ISO 19905-1 Fig.A.9.3-6, row2, 
     spudcan total volume BELOW MAXIMUM BEARING AREA       [m^3]:       144.    
   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]:   145.9908    

   QV_DPT, spudcan NETT resistance at depth D               [kN]:   103977.2    
   B_S, soil buoyancy of spudcan BELOW MAXIMUM BEARING AREA [kN]:   1181.968    
        i.e. soil submerged weight displaced by spudcan below D [D is MAX AREA].
   W_BF, backfill weight due to backflow                    [kN]:   145.9908    
 > V_L, spudcan GROSS ultimate bearing resistance
        ie V_L = QV_DPT - W_BF + B_S                        [kN]:   105013.2    


ioutd_z_tip_verify: END --- >


soil_mat_adjust: < --- BEGIN
 < z_tip                                 [m]:  10.5    
 < i_sqc                                 [-]:  1
 < Qv_fmode                              [-]: GSC
 -------------------------------------------------------------------------------------------------------------
 output  file: "JOB.O01"
 load spread factor #=    1; load spread factor =  3.00     (#rows V_L results=  201)
 -------------------------------------------------------------------------------------------------------------
 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     0.100E-02  0.00      0.00     0.100E-02 0.700E-02  0.7000000E-02  0.1000000E-02  0.1000000E-02
 0.100      0.00     0.245      0.00     0.157E-02 0.157E-02 0.110E-01  0.1000000E-02  0.3883132      0.3983207    
 0.200      0.00     0.490      0.00     0.126E-01 0.126E-01 0.881E-01  0.1000000E-02   1.553253       1.640313    
 0.300      0.00     0.735      0.00     0.425E-01 0.425E-01 0.297      0.1000000E-02   3.494819       3.791022    
 0.400      0.00     0.980      0.00     0.101     0.101     0.704      0.1000000E-02   6.213011       6.916492    
 0.500      0.00      1.23      0.00     0.197     0.197      1.38      0.1000000E-02   9.707830       11.08277    
 0.600      0.00      1.47      0.00     0.340     0.340      2.38      0.1000000E-02   13.97927       16.35590    
 0.700      0.00      1.72      0.00     0.539     0.539      3.92      0.1000000E-02   19.02735       22.94929    
 0.800      0.00      1.96      0.00     0.805     0.805      6.22      0.1000000E-02   24.85204       31.07011    
 0.900      0.00      2.21      0.00      1.15      1.15      9.25      0.1000000E-02   32.73900       41.98940    
  1.00      0.00      2.45      0.00      1.57      1.57      13.1      0.1000000E-02   41.24030       54.37128    
  1.10      0.00      2.70      0.00      2.09      2.09      18.0      0.1000000E-02   50.89510       68.84493    
  1.20      0.00      2.94      0.00      2.72      2.72      23.8      0.1000000E-02   61.75274       85.56079    
  1.30      0.00      3.51      0.00      3.52      3.52      31.4      0.1000000E-02   91.99950       123.4331    
  1.40      0.00      4.16      0.00      4.68      4.68      42.4      0.1000000E-02   135.6887       178.1113    
  1.50      0.00      4.82      0.00      6.27      6.27      57.6      0.1000000E-02   190.0037       247.5632    
  1.60      0.00      5.47      0.00      8.35      8.35      77.5      0.1000000E-02   255.8756       333.3807    
  1.70      0.00      6.12      0.00      11.0      11.0      103.      0.1000000E-02   334.2356       436.8397    
  1.80      0.00      6.78      0.00      14.3      14.3      133.      0.1000000E-02   426.0150       559.2392    
  1.90      0.00      7.43      0.00      18.2      18.2      170.      0.1000000E-02   532.1447       702.4262    
  2.00      0.00      8.08      0.00      22.9      22.9      215.      0.1000000E-02   653.5561       868.2225    
  2.10      0.00      8.73      0.00      28.5      28.5      267.      0.1000000E-02   791.1803       1057.831    
  2.20      0.00      9.39      0.00      35.0      35.0      327.      0.1000000E-02   945.9485       1273.044    
  2.30      0.00      10.0      0.00      42.4      42.4      397.      0.1000000E-02   1118.792       1515.741    
  2.40      0.00      10.7      0.00      50.8      50.8      476.      0.1000000E-02   1310.642       1786.756    
  2.50      0.00      11.3      0.00      60.3      60.3      565.      0.1000000E-02   1522.429       2087.109    
  2.60      0.00      12.0      0.00      71.0      71.0      665.      0.1000000E-02   1755.084       2420.084    
  2.70      0.00      12.6      0.00      83.0      83.0      774.      0.1000000E-02   2009.540       2783.455    
  2.80      0.00      13.3      0.00      96.2      96.2      897.      0.1000000E-02   2286.727       3183.506    
  2.90      0.00      14.0      0.00      111.      111.     0.103E+04  0.1000000E-02   2587.576       3619.004    
  3.00      0.00      14.6      0.00      127.      127.     0.118E+04  0.1000000E-02   2913.018       4092.145    
  3.10      0.00      15.3      0.00      144.      144.     0.134E+04  0.1000000E-02   3263.984       4599.610    
  3.20     0.100      15.3      0.00      162.      144.     0.134E+04   2.783120       3754.701       5093.615    
  3.30     0.200      15.3      0.00      179.      144.     0.135E+04   11.14151       4405.720       5741.367    
  3.40     0.300      15.3      0.00      196.      144.     0.135E+04   24.78263       5354.440       6681.680    
  3.50     0.400      15.3      0.00      211.      144.     0.136E+04   43.74447       6958.106       8271.383    
  3.60     0.500      15.3      0.00      226.      144.     0.136E+04   67.83992       10526.61       11821.86    
  3.70     0.600      15.3      0.00      240.      144.     0.137E+04   96.94263       27848.95       29120.20    
  3.80     0.700      15.3     0.500E-01  247.      144.     0.136E+04   117.7672       88156.93       89403.53    
  3.90     0.800      15.3     0.150      247.      144.     0.136E+04   119.9984       90290.57       91533.74    
  4.00     0.900      15.3     0.250      247.      144.     0.136E+04   121.6460       92667.43       93908.70    
  4.10      1.00      15.3     0.350      247.      144.     0.136E+04   123.0291       95337.83       96575.71    
  4.20      1.10      15.3     0.450      247.      144.     0.136E+04   124.1802       98367.00       99602.75    
  4.30      1.20      15.3     0.550      247.      144.     0.136E+04   125.1037       101841.1       103077.7    
  4.40      1.30      15.3     0.650      247.      144.     0.136E+04   125.8279       105868.7       107106.8    
  4.50      1.40      15.3     0.750      247.      144.     0.137E+04   126.4910       110610.3       111849.8    
  4.60      1.50      15.3     0.850      247.      144.     0.137E+04   127.1783       116300.8       117542.2    
  4.70      1.60      15.3     0.950      247.      144.     0.137E+04   127.5325       123275.2       124517.9    
  4.80      1.70      15.3      1.05      247.      144.     0.137E+04   128.0469       132047.0       133291.3    
  4.90      1.80      15.3      1.15      247.      144.     0.137E+04   128.5065       143445.7       144692.1    
  5.00      1.90      15.3      1.25      247.      144.     0.138E+04   128.8259       150197.1       151445.4    
  5.10      2.00      15.3      1.35      247.      144.     0.137E+04   131.1461       149292.4       150529.5    
  5.20      2.10      15.3      1.45      247.      144.     0.136E+04   133.1701       148387.9       149613.6    
  5.30      2.20      15.3      1.55      247.      144.     0.135E+04   135.1435       147483.6       148698.4    
  5.40      2.30      15.3      1.65      247.      144.     0.134E+04   136.9872       146579.5       147783.2    
  5.50      2.40      15.3      1.75      247.      144.     0.133E+04   138.5854       145675.5       146869.0    
  5.60      2.50      15.3      1.85      247.      144.     0.133E+04   140.1065       144771.8       145959.0    
  5.70      2.60      15.3      1.95      247.      144.     0.132E+04   141.4126       143868.2       145050.1    
  5.80      2.70      15.3      2.05      247.      144.     0.132E+04   142.6112       142964.8       144140.7    
  5.90      2.80      15.3      2.15      247.      144.     0.131E+04   143.8888       142061.6       143231.8    
  6.00      2.90      15.3      2.25      247.      144.     0.131E+04   144.6173       141143.7       142312.0    
  6.10      3.00      15.3      2.35      247.      144.     0.132E+04   144.8355       140211.4       141381.8    
  6.20      3.10      15.3      2.45      247.      144.     0.132E+04   145.0885       139279.8       140450.1    
  6.30      3.20      15.3      2.55      247.      144.     0.131E+04   145.3720       138348.8       139517.1    
  6.40      3.30      15.3      2.65      247.      144.     0.131E+04   145.5281       137418.3       138585.1    
  6.50      3.40      15.3      2.75      247.      144.     0.131E+04   145.8475       136488.4       137653.2    
  6.60      3.50      15.3      2.85      247.      144.     0.131E+04   146.0320       135559.1       136721.9    
  6.70      3.60      15.3      2.95      247.      144.     0.131E+04   146.1437       134630.2       135791.2    
  6.80      3.70      15.3      3.05      247.      144.     0.131E+04   146.2639       134132.9       135293.3    
  6.90      3.80      15.3      3.15      247.      144.     0.131E+04   146.2122       134066.7       135228.1    
  7.00      3.90      15.3      3.25      247.      144.     0.131E+04   146.0404       134024.3       135189.2    
  7.10      4.00      15.3      3.35      247.      144.     0.132E+04   145.6641       133988.8       135158.6    
  7.20      4.10      15.3      3.45      247.      144.     0.132E+04   145.1844       133953.3       135125.2    
  7.30      4.20      15.3      3.55      247.      144.     0.132E+04   144.9599       133917.9       135090.8    
  7.40      4.30      15.3      3.65      247.      144.     0.131E+04   144.9072       133759.8       134929.1    
  7.50      4.40      15.3      3.75      247.      144.     0.131E+04   144.8281       133601.7       134768.1    
  7.60      4.50      15.3      3.85      247.      144.     0.131E+04   144.8566       133443.6       134606.5    
  7.70      4.60      15.3      3.95      247.      144.     0.130E+04   144.8703       133285.5       134445.4    
  7.80      4.70      15.3      4.05      247.      144.     0.130E+04   144.7390       133127.4       134283.9    
  7.90      4.80      15.3      4.15      247.      144.     0.130E+04   144.7380       132919.9       134072.9    
  8.00      4.90      15.3      4.25      247.      144.     0.129E+04   144.7380       132712.4       133862.1    
  8.10      5.00      15.3      4.35      247.      144.     0.129E+04   144.6810       132504.9       133651.2    
  8.20      5.10      15.3      4.45      247.      144.     0.129E+04   144.7359       132297.4       133439.9    
  8.30      5.20      15.3      4.55      247.      144.     0.128E+04   144.6916       132089.9       133229.0    
  8.40      5.30      15.3      4.65      247.      144.     0.128E+04   144.7633       131882.3       133017.8    
  8.50      5.40      15.3      4.75      247.      144.     0.128E+04   144.7248       131674.8       132807.2    
  8.60      5.50      15.3      4.85      247.      144.     0.127E+04   144.7021       131467.3       132596.1    
  8.70      5.60      15.3      4.95      247.      144.     0.127E+04   144.9140       128784.7       129904.9    
  8.80      5.70      15.3      5.05      247.      144.     0.126E+04   145.5797       126102.1       127213.7    
  8.90      5.80      15.3      5.15      247.      144.     0.125E+04   145.4537       123419.5       124522.9    
  9.00      5.90      15.3      5.25      247.      144.     0.124E+04   145.5481       120736.9       121832.3    
  9.10      6.00      15.3      5.35      247.      144.     0.123E+04   146.0240       118054.3       119140.8    
  9.20      6.10      15.3      5.45      247.      144.     0.122E+04   146.1664       115371.6       116450.1    
  9.30      6.20      15.3      5.55      247.      144.     0.122E+04   146.4394       113597.7       114669.4    
  9.40      6.30      15.3      5.65      247.      144.     0.121E+04   146.2006       112733.1       113800.7    
  9.50      6.40      15.3      5.75      247.      144.     0.121E+04   146.3076       111869.2       112932.2    
  9.60      6.50      15.3      5.85      247.      144.     0.121E+04   146.3919       111005.9       112064.6    
  9.70      6.60      15.3      5.95      247.      144.     0.120E+04   146.4668       110143.3       111197.2    
  9.80      6.70      15.3      6.05      247.      144.     0.120E+04   146.3751       109281.3       110331.0    
  9.90      6.80      15.3      6.15      247.      144.     0.119E+04   146.3688       108419.8       109465.1    
  10.0      6.90      15.3      6.25      247.      144.     0.119E+04   146.4172       107558.8       108599.8    
  10.1      7.00      15.3      6.35      247.      144.     0.118E+04   146.3804       106698.3       107735.8    
  10.2      7.10      15.3      6.45      247.      144.     0.118E+04   146.4700       105838.2       106872.6    
  10.3      7.20      15.3      6.55      247.      144.     0.118E+04   146.3535       102538.4       103571.8    
  10.4      7.30      15.3      6.65      247.      144.     0.118E+04   146.2185       103275.8       104310.4    
  10.5      7.40      15.3      6.75      247.      144.     0.118E+04   145.9908       103977.2       105013.2    
  10.6      7.50      15.3      6.85      247.      144.     0.118E+04   145.7705       104646.0       105683.4    
  10.7      7.60      15.3      6.95      247.      144.     0.118E+04   145.6662       105285.0       106323.6    
  10.8      7.70      15.3      7.05      247.      144.     0.119E+04   145.3446       105896.8       106937.0    
  10.9      7.80      15.3      7.15      247.      144.     0.119E+04   145.2224       106483.5       107524.9    
  11.0      7.90      15.3      7.25      247.      144.     0.119E+04   145.1032       107047.2       108090.0    
  11.1      8.00      15.3      7.35      247.      144.     0.119E+04   144.9377       107589.6       108633.7    
  11.2      8.10      15.3      7.45      247.      144.     0.119E+04   144.8186       108030.5       109076.0    
  11.3      8.20      15.3      7.55      247.      144.     0.119E+04   144.5266       108273.7       109320.6    
  11.4      8.30      15.3      7.65      247.      144.     0.119E+04   144.4518       108516.3       109564.4    
  11.5      8.40      15.3      7.75      247.      144.     0.119E+04   144.2747       108758.3       109807.7    
  11.6      8.50      15.3      7.85      247.      144.     0.119E+04   144.1324       108999.8       110050.5    
  11.7      8.60      15.3      7.95      247.      144.     0.120E+04   144.5804       109240.7       110292.1    
  11.8      8.70      15.3      8.05      247.      144.     0.120E+04   144.5804       109481.0       110533.6    
  11.9      8.80      15.3      8.15      247.      144.     0.120E+04   143.7328       112389.5       113444.1    
  12.0      8.90      15.3      8.25      247.      144.     0.120E+04   143.6453       113094.1       114149.9    
  12.1      9.00      15.3      8.35      247.      144.     0.120E+04   143.4714       113855.8       114913.0    
  12.2      9.10      15.3      8.45      247.      144.     0.120E+04   143.3639       114676.2       115734.7    
  12.3      9.20      15.3      8.55      247.      144.     0.120E+04   143.2732       115433.3       116493.0    
  12.4      9.30      15.3      8.65      247.      144.     0.120E+04   143.1172       116311.6       117372.8    
  12.5      9.40      15.3      8.75      247.      144.     0.121E+04   143.2732       117164.3       118226.5    
  12.6      9.50      15.3      8.85      247.      144.     0.121E+04   142.8990       118081.1       119144.8    
  12.7      9.60      15.3      8.95      247.      144.     0.121E+04   142.8189       119035.9       120100.8    
  12.8      9.70      15.3      9.05      247.      144.     0.121E+04   142.6607       119915.7       120981.9    
  12.9      9.80      15.3      9.15      247.      144.     0.121E+04   142.5406       120926.3       121993.7    
  13.0      9.90      15.3      9.25      247.      144.     0.121E+04   142.4889       121963.6       123032.2    
  13.1      10.0      15.3      9.35      247.      144.     0.121E+04   142.3566       123051.0       124120.9    
  13.2      10.1      15.3      9.45      247.      144.     0.121E+04   142.2976       123999.6       125069.7    
  13.3      10.2      15.3      9.55      247.      144.     0.122E+04   142.2923       125072.5       126148.3    
  13.4      10.3      15.3      9.65      247.      144.     0.122E+04   142.2069       126087.8       127169.8    
  13.5      10.4      15.3      9.75      247.      144.     0.123E+04   142.0762       127187.5       128275.2    
  13.6      10.5      15.3      9.85      247.      144.     0.124E+04   141.9708       128281.3       129375.1    
  13.7      10.6      15.3      9.95      247.      144.     0.124E+04   141.9550       129515.1       130614.4    
  13.8      10.7      15.3      10.1      247.      144.     0.125E+04   141.9466       130751.2       131855.3    
  13.9      10.8      15.3      10.2      247.      144.     0.125E+04   141.8812       132138.7       133242.7    
  14.0      10.9      15.3      10.2      247.      144.     0.125E+04   141.8559       133539.3       134643.1    
  14.1      11.0      15.3      10.4      247.      144.     0.125E+04   141.6988       135056.7       136160.4    
  14.2      11.1      15.3      10.5      247.      144.     0.125E+04   141.6904       136650.0       137753.5    
  14.3      11.2      15.3      10.6      247.      144.     0.124E+04   141.6461       138378.3       139481.6    
  14.4      11.3      15.3      10.7      247.      144.     0.124E+04   141.6335       140151.6       141254.7    
  14.5      11.4      15.3      10.8      247.      144.     0.124E+04   141.4933       142134.3       143237.3    
  14.6      11.5      15.3      10.9      247.      144.     0.124E+04   141.5291       144291.9       145394.7    
  14.7      11.6      15.3      11.0      247.      144.     0.125E+04   141.4448       146590.5       147694.4    
  14.8      11.7      15.3      11.1      247.      144.     0.125E+04   141.4912       149103.6       150211.9    
  14.9      11.8      15.3      11.2      247.      144.     0.125E+04   141.3731       151857.5       152971.1    
  15.0      11.9      15.3      11.2      247.      144.     0.126E+04   141.3278       154884.4       156003.0    
  15.1      12.0      15.3      11.4      247.      144.     0.126E+04   141.4142       158223.3       159346.8    
  15.2      12.1      15.3      11.5      247.      144.     0.127E+04   141.1849       161979.8       163108.0    
  15.3      12.2      15.3      11.6      247.      144.     0.127E+04   141.2297       166217.9       167351.1    
  15.4      12.3      15.3      11.7      247.      144.     0.128E+04   141.0832       171018.6       172156.9    
  15.5      12.4      15.3      11.8      247.      144.     0.128E+04   141.1032       176609.0       177752.2    
  15.6      12.5      15.3      11.9      247.      144.     0.129E+04   141.0474       181117.6       182265.4    
  15.7      12.6      15.3      12.0      247.      144.     0.129E+04   140.9409       182797.4       183945.4    
  15.8      12.7      15.3      12.1      247.      144.     0.129E+04   140.9852       183576.7       184724.6    
  15.9      12.8      15.3      12.2      247.      144.     0.129E+04   141.0031       184464.4       185617.0    
  16.0      12.9      15.3      12.2      247.      144.     0.130E+04   140.8829       186387.2       187542.6    
  16.1      13.0      15.3      12.4      247.      144.     0.130E+04   140.9272       188456.4       189612.4    
  16.2      13.1      15.3      12.4      247.      144.     0.130E+04   140.7691       190693.0       191849.8    
  16.3      13.2      15.3      12.6      247.      144.     0.130E+04   140.6626       192244.7       193402.4    
  16.4      13.3      15.3      12.7      247.      144.     0.131E+04   140.7469       192995.2       194159.6    
  16.5      13.4      15.3      12.8      247.      144.     0.131E+04   140.6457       195647.2       196812.3    
  16.6      13.5      15.3      12.9      247.      144.     0.131E+04   140.6868       198559.2       199725.1    
  16.7      13.6      15.3      12.9      247.      144.     0.131E+04   140.6974       201777.1       202943.7    
  16.8      13.7      15.3      13.1      247.      144.     0.131E+04   140.6067       202634.6       203802.0    
  16.9      13.8      15.3      13.2      247.      144.     0.131E+04   140.5129       205231.4       206405.7    
  17.0      13.9      15.3      13.2      247.      144.     0.132E+04   140.5161       209255.8       210430.8    
  17.1      14.0      15.3      13.4      247.      144.     0.131E+04   140.4296       213809.6       214983.1    
  17.2      14.1      15.3      13.4      247.      144.     0.132E+04   140.4033       214434.8       215611.3    
  17.3      14.2      15.3      13.6      247.      144.     0.132E+04   140.3463       218888.0       220070.8    
  17.4      14.3      15.3      13.7      247.      144.     0.132E+04   140.3927       224907.7       226083.9    
  17.5      14.4      15.3      13.8      247.      144.     0.131E+04   140.3121       227235.3       228405.7    
  17.6      14.5      15.3      13.9      247.      144.     0.131E+04   140.2810       227130.6       228300.4    
  17.7      14.6      15.3      13.9      247.      144.     0.131E+04   140.2103       227026.0       228194.4    
  17.8      14.7      15.3      14.1      247.      144.     0.131E+04   140.3405       226921.3       228089.4    
  17.9      14.8      15.3      14.2      247.      144.     0.130E+04   140.3806       224405.2       225565.8    
  18.0      14.9      15.3      14.2      247.      144.     0.130E+04   140.3310       221889.1       223043.9    
  18.1      15.0      15.3      14.4      247.      144.     0.129E+04   140.6104       219372.9       220520.7    
  18.2      15.1      15.3      14.4      247.      144.     0.128E+04   140.6589       216856.8       217998.5    
  18.3      15.2      15.3      14.6      247.      144.     0.128E+04   140.7991       214340.7       215475.0    
  18.4      15.3      15.3      14.7      247.      144.     0.128E+04   140.8476       211824.5       212962.6    
  18.5      15.4      15.3      14.8      247.      144.     0.129E+04   140.7770       210513.0       211660.9    
  18.6      15.5      15.3      14.9      247.      144.     0.130E+04   140.8318       209203.6       210361.0    
  18.7      15.6      15.3      14.9      247.      144.     0.131E+04   140.7654       207896.2       209062.9    
  18.8      15.7      15.3      15.1      247.      144.     0.132E+04   140.6420       206591.0       207767.4    
  18.9      15.8      15.3      15.2      247.      144.     0.133E+04   140.6958       205287.8       206474.1    
  19.0      15.9      15.3      15.2      247.      144.     0.134E+04   140.6199       203986.9       205182.4    
  19.1      16.0      15.3      15.3      247.      144.     0.134E+04   140.5630       202688.0       203883.6    
  19.2      16.1      15.3      15.5      247.      144.     0.134E+04   140.6157       201391.4       202586.5    
  19.3      16.2      15.3      15.5      247.      144.     0.134E+04   140.6051       200096.9       201292.8    
  19.4      16.3      15.3      15.7      247.      144.     0.133E+04   140.7390       200011.0       201201.4    
  19.5      16.4      15.3      15.7      247.      144.     0.133E+04   140.7538       199903.8       201089.2    
  19.6      16.5      15.3      15.8      247.      144.     0.132E+04   140.7801       199775.4       200955.0    
  19.7      16.6      15.3      16.0      247.      144.     0.132E+04   140.7980       199625.7       200800.8    
  19.8      16.7      15.3      16.1      247.      144.     0.131E+04   141.0774       199447.5       200615.7    
  19.9      16.8      15.3      16.2      247.      144.     0.130E+04   141.0447       199264.7       200426.0    
  20.0      16.9      15.3      16.2      247.      144.     0.129E+04   141.1681       199081.9       200235.5    
 -------------------------------------------------------------------------------------------------------------
 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=  201)
 -------------------------------------------------------------------
  z_tip        D      B_eq     Qv_Dpt           V_L        Qv_fmode 
   [m]        [m]      [m]      [kN]            [kN]                
 -------------------------------------------------------------------
  0.00      0.00     0.100E-02  0.1000000E-02  0.1000000E-02 n/r
 0.100      0.00     0.245      0.3883132      0.3983207     GSC
 0.200      0.00     0.490       1.553253       1.640313     GSC
 0.300      0.00     0.735       3.494819       3.791022     GSC
 0.400      0.00     0.980       6.213011       6.916492     GSC
 0.500      0.00      1.23       9.707830       11.08277     GSC
 0.600      0.00      1.47       13.97927       16.35590     GSC
 0.700      0.00      1.72       19.02735       22.94929     GSC
 0.800      0.00      1.96       24.85204       31.07011     GSC
 0.900      0.00      2.21       32.73900       41.98940     SQC
  1.00      0.00      2.45       41.24030       54.37128     SQC
  1.10      0.00      2.70       50.89510       68.84493     SQC
  1.20      0.00      2.94       61.75274       85.56079     SQC
  1.30      0.00      3.51       91.99950       123.4331     SQC
  1.40      0.00      4.16       135.6887       178.1113     SQC
  1.50      0.00      4.82       190.0037       247.5632     SQC
  1.60      0.00      5.47       255.8756       333.3807     SQC
  1.70      0.00      6.12       334.2356       436.8397     SQC
  1.80      0.00      6.78       426.0150       559.2392     SQC
  1.90      0.00      7.43       532.1447       702.4262     SQC
  2.00      0.00      8.08       653.5561       868.2225     SQC
  2.10      0.00      8.73       791.1803       1057.831     SQC
  2.20      0.00      9.39       945.9485       1273.044     SQC
  2.30      0.00      10.0       1118.792       1515.741     SQC
  2.40      0.00      10.7       1310.642       1786.756     SQC
  2.50      0.00      11.3       1522.429       2087.109     SQC
  2.60      0.00      12.0       1755.084       2420.084     SQC
  2.70      0.00      12.6       2009.540       2783.455     SQC
  2.80      0.00      13.3       2286.727       3183.506     SQC
  2.90      0.00      14.0       2587.576       3619.004     SQC
  3.00      0.00      14.6       2913.018       4092.145     SQC
  3.10      0.00      15.3       3263.984       4599.610     SQC
  3.20     0.100      15.3       3754.701       5093.615     SQC
  3.30     0.200      15.3       4405.720       5741.367     SQC
  3.40     0.300      15.3       5354.440       6681.680     SQC
  3.50     0.400      15.3       6958.106       8271.383     SQC
  3.60     0.500      15.3       10526.61       11821.86     SQC
  3.70     0.600      15.3       27848.95       29120.20     SQC
  3.80     0.700      15.3       88156.93       89403.53     PTS>PTS>SQC
  3.90     0.800      15.3       90290.57       91533.74     PTS>PTS>SQC
  4.00     0.900      15.3       92667.43       93908.70     PTS>PTS>SQC
  4.10      1.00      15.3       95337.83       96575.71     PTS>PTS>SQC
  4.20      1.10      15.3       98367.00       99602.75     PTS>PTS>SQC
  4.30      1.20      15.3       101841.1       103077.7     PTS>PTS>SQC
  4.40      1.30      15.3       105868.7       107106.8     PTS>PTS>SQC
  4.50      1.40      15.3       110610.3       111849.8     PTS>PTS>SQC
  4.60      1.50      15.3       116300.8       117542.2     PTS>PTS>SQC
  4.70      1.60      15.3       123275.2       124517.9     PTS>PTS>SQC
  4.80      1.70      15.3       132047.0       133291.3     PTS>PTS>SQC
  4.90      1.80      15.3       143445.7       144692.1     PTS>PTS>SQC
  5.00      1.90      15.3       150197.1       151445.4     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.10      2.00      15.3       149292.4       150529.5     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.20      2.10      15.3       148387.9       149613.6     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.30      2.20      15.3       147483.6       148698.4     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.40      2.30      15.3       146579.5       147783.2     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.50      2.40      15.3       145675.5       146869.0     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.60      2.50      15.3       144771.8       145959.0     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.70      2.60      15.3       143868.2       145050.1     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.80      2.70      15.3       142964.8       144140.7     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  5.90      2.80      15.3       142061.6       143231.8     PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.00      2.90      15.3       141143.7       142312.0     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.10      3.00      15.3       140211.4       141381.8     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.20      3.10      15.3       139279.8       140450.1     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.30      3.20      15.3       138348.8       139517.1     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.40      3.30      15.3       137418.3       138585.1     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.50      3.40      15.3       136488.4       137653.2     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.60      3.50      15.3       135559.1       136721.9     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.70      3.60      15.3       134630.2       135791.2     PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.80      3.70      15.3       134132.9       135293.3     PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.90      3.80      15.3       134066.7       135228.1     PTC>PTC>PTC>PTC>PTC>PTS>GSC
  7.00      3.90      15.3       134024.3       135189.2     PTC>PTC>PTC>PTC>PTS>GSC
  7.10      4.00      15.3       133988.8       135158.6     PTC>PTC>PTC>PTC>PTS>GSC
  7.20      4.10      15.3       133953.3       135125.2     PTC>PTC>PTC>PTC>PTS>GSC
  7.30      4.20      15.3       133917.9       135090.8     PTC>PTC>PTC>PTS>GSC
  7.40      4.30      15.3       133759.8       134929.1     PTC>PTC>PTC>PTS>GSC
  7.50      4.40      15.3       133601.7       134768.1     PTC>PTC>PTC>PTS>GSC
  7.60      4.50      15.3       133443.6       134606.5     PTC>PTC>PTC>PTS>GSC
  7.70      4.60      15.3       133285.5       134445.4     PTC>PTC>PTC>PTS>GSC
  7.80      4.70      15.3       133127.4       134283.9     PTC>PTC>PTS>GSC
  7.90      4.80      15.3       132919.9       134072.9     PTC>PTC>PTS>GSC
  8.00      4.90      15.3       132712.4       133862.1     PTC>PTC>PTS>GSC
  8.10      5.00      15.3       132504.9       133651.2     PTC>PTC>PTS>GSC
  8.20      5.10      15.3       132297.4       133439.9     PTC>PTC>PTS>GSC
  8.30      5.20      15.3       132089.9       133229.0     PTC>PTC>PTS>GSC
  8.40      5.30      15.3       131882.3       133017.8     PTC>PTC>PTS>GSC
  8.50      5.40      15.3       131674.8       132807.2     PTC>PTC>PTS>GSC
  8.60      5.50      15.3       131467.3       132596.1     PTC>PTS>GSC
  8.70      5.60      15.3       128784.7       129904.9     PTC>PTS>GSC
  8.80      5.70      15.3       126102.1       127213.7     PTC>PTS>GSC
  8.90      5.80      15.3       123419.5       124522.9     PTC>PTS>GSC
  9.00      5.90      15.3       120736.9       121832.3     PTC>PTS>GSC
  9.10      6.00      15.3       118054.3       119140.8     PTC>PTS>GSC
  9.20      6.10      15.3       115371.6       116450.1     PTC>PTS>GSC
  9.30      6.20      15.3       113597.7       114669.4     PTS>GSC
  9.40      6.30      15.3       112733.1       113800.7     PTS>GSC
  9.50      6.40      15.3       111869.2       112932.2     PTS>GSC
  9.60      6.50      15.3       111005.9       112064.6     PTS>GSC
  9.70      6.60      15.3       110143.3       111197.2     PTS>GSC
  9.80      6.70      15.3       109281.3       110331.0     PTS>GSC
  9.90      6.80      15.3       108419.8       109465.1     PTS>GSC
  10.0      6.90      15.3       107558.8       108599.8     PTS>GSC
  10.1      7.00      15.3       106698.3       107735.8     PTS>GSC
  10.2      7.10      15.3       105838.2       106872.6     PTS>GSC
  10.3      7.20      15.3       102538.4       103571.8     GSC
  10.4      7.30      15.3       103275.8       104310.4     GSC
  10.5      7.40      15.3       103977.2       105013.2     GSC
  10.6      7.50      15.3       104646.0       105683.4     GSC
  10.7      7.60      15.3       105285.0       106323.6     GSC
  10.8      7.70      15.3       105896.8       106937.0     GSC
  10.9      7.80      15.3       106483.5       107524.9     GSC
  11.0      7.90      15.3       107047.2       108090.0     GSC
  11.1      8.00      15.3       107589.6       108633.7     GSC
  11.2      8.10      15.3       108030.5       109076.0     GSC
  11.3      8.20      15.3       108273.7       109320.6     GSC
  11.4      8.30      15.3       108516.3       109564.4     GSC
  11.5      8.40      15.3       108758.3       109807.7     GSC
  11.6      8.50      15.3       108999.8       110050.5     GSC
  11.7      8.60      15.3       109240.7       110292.1     GSC
  11.8      8.70      15.3       109481.0       110533.6     GSC
  11.9      8.80      15.3       112389.5       113444.1     SQC
  12.0      8.90      15.3       113094.1       114149.9     SQC
  12.1      9.00      15.3       113855.8       114913.0     SQC
  12.2      9.10      15.3       114676.2       115734.7     SQC
  12.3      9.20      15.3       115433.3       116493.0     SQC
  12.4      9.30      15.3       116311.6       117372.8     SQC
  12.5      9.40      15.3       117164.3       118226.5     SQC
  12.6      9.50      15.3       118081.1       119144.8     SQC
  12.7      9.60      15.3       119035.9       120100.8     SQC
  12.8      9.70      15.3       119915.7       120981.9     SQC
  12.9      9.80      15.3       120926.3       121993.7     SQC
  13.0      9.90      15.3       121963.6       123032.2     SQC
  13.1      10.0      15.3       123051.0       124120.9     SQC
  13.2      10.1      15.3       123999.6       125069.7     SQC
  13.3      10.2      15.3       125072.5       126148.3     SQC
  13.4      10.3      15.3       126087.8       127169.8     SQC
  13.5      10.4      15.3       127187.5       128275.2     SQC
  13.6      10.5      15.3       128281.3       129375.1     SQC
  13.7      10.6      15.3       129515.1       130614.4     SQC
  13.8      10.7      15.3       130751.2       131855.3     SQC
  13.9      10.8      15.3       132138.7       133242.7     SQC
  14.0      10.9      15.3       133539.3       134643.1     SQC
  14.1      11.0      15.3       135056.7       136160.4     SQC
  14.2      11.1      15.3       136650.0       137753.5     SQC
  14.3      11.2      15.3       138378.3       139481.6     SQC
  14.4      11.3      15.3       140151.6       141254.7     SQC
  14.5      11.4      15.3       142134.3       143237.3     SQC
  14.6      11.5      15.3       144291.9       145394.7     SQC
  14.7      11.6      15.3       146590.5       147694.4     SQC
  14.8      11.7      15.3       149103.6       150211.9     SQC
  14.9      11.8      15.3       151857.5       152971.1     SQC
  15.0      11.9      15.3       154884.4       156003.0     SQC
  15.1      12.0      15.3       158223.3       159346.8     SQC
  15.2      12.1      15.3       161979.8       163108.0     SQC
  15.3      12.2      15.3       166217.9       167351.1     SQC
  15.4      12.3      15.3       171018.6       172156.9     SQC
  15.5      12.4      15.3       176609.0       177752.2     SQC
  15.6      12.5      15.3       181117.6       182265.4     PTC>PTC>PTS>SQC
  15.7      12.6      15.3       182797.4       183945.4     PTC>PTC>PTS>SQC
  15.8      12.7      15.3       183576.7       184724.6     SQC
  15.9      12.8      15.3       184464.4       185617.0     PTC>PTC>PTS>SQC
  16.0      12.9      15.3       186387.2       187542.6     PTC>PTC>PTS>SQC
  16.1      13.0      15.3       188456.4       189612.4     PTC>PTC>PTS>SQC
  16.2      13.1      15.3       190693.0       191849.8     PTC>PTC>PTS>SQC
  16.3      13.2      15.3       192244.7       193402.4     SQC
  16.4      13.3      15.3       192995.2       194159.6     PTC>PTC>PTS>SQC
  16.5      13.4      15.3       195647.2       196812.3     PTC>PTC>PTS>SQC
  16.6      13.5      15.3       198559.2       199725.1     PTC>PTC>PTS>SQC
  16.7      13.6      15.3       201777.1       202943.7     PTC>PTC>PTS>SQC
  16.8      13.7      15.3       202634.6       203802.0     SQC
  16.9      13.8      15.3       205231.4       206405.7     PTC>PTC>PTS>SQC
  17.0      13.9      15.3       209255.8       210430.8     PTC>PTC>PTS>SQC
  17.1      14.0      15.3       213809.6       214983.1     PTC>PTC>PTS>SQC
  17.2      14.1      15.3       214434.8       215611.3     SQC
  17.3      14.2      15.3       218888.0       220070.8     PTC>PTC>PTS>SQC
  17.4      14.3      15.3       224907.7       226083.9     PTC>PTC>PTS>SQC
  17.5      14.4      15.3       227235.3       228405.7     PTC>PTC>PTS>PTC>PTC>PTC>PTS>GSC
  17.6      14.5      15.3       227130.6       228300.4     PTC>PTC>PTS>PTC>PTC>PTC>PTS>GSC
  17.7      14.6      15.3       227026.0       228194.4     PTC>PTC>PTS>PTC>PTC>PTC>PTS>GSC
  17.8      14.7      15.3       226921.3       228089.4     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  17.9      14.8      15.3       224405.2       225565.8     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.0      14.9      15.3       221889.1       223043.9     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.1      15.0      15.3       219372.9       220520.7     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.2      15.1      15.3       216856.8       217998.5     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.3      15.2      15.3       214340.7       215475.0     PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.4      15.3      15.3       211824.5       212962.6     PTS>PTC>PTC>PTC>PTS>GSC
  18.5      15.4      15.3       210513.0       211660.9     PTS>PTC>PTC>PTC>PTS>GSC
  18.6      15.5      15.3       209203.6       210361.0     PTS>PTC>PTC>PTC>PTS>GSC
  18.7      15.6      15.3       207896.2       209062.9     PTS>PTC>PTC>PTC>PTS>GSC
  18.8      15.7      15.3       206591.0       207767.4     PTS>PTC>PTC>PTC>PTS>GSC
  18.9      15.8      15.3       205287.8       206474.1     PTS>PTC>PTC>PTC>PTS>GSC
  19.0      15.9      15.3       203986.9       205182.4     PTS>PTC>PTC>PTC>PTS>GSC
  19.1      16.0      15.3       202688.0       203883.6     PTS>PTC>PTC>PTC>PTS>GSC
  19.2      16.1      15.3       201391.4       202586.5     PTS>PTC>PTC>PTC>PTS>GSC
  19.3      16.2      15.3       200096.9       201292.8     PTC>PTC>PTC>PTS>GSC
  19.4      16.3      15.3       200011.0       201201.4     PTC>PTC>PTC>PTS>GSC
  19.5      16.4      15.3       199903.8       201089.2     PTC>PTC>PTC>PTS>GSC
  19.6      16.5      15.3       199775.4       200955.0     PTC>PTC>PTC>PTS>GSC
  19.7      16.6      15.3       199625.7       200800.8     PTC>PTC>PTC>PTS>GSC
  19.8      16.7      15.3       199447.5       200615.7     PTC>PTC>PTS>GSC
  19.9      16.8      15.3       199264.7       200426.0     PTC>PTC>PTS>GSC
  20.0      16.9      15.3       199081.9       200235.5     PTC>PTC>PTS>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=   27)
 -------------------------------------------------------------------
  from      to        from      to     thickness             
  z_tip     z_tip      D         D         T        Qv_fmode 
   [m]       [m]      [m]       [m]       [m]        [-]     
 -------------------------------------------------------------------
 0.100     0.900      0.00      0.00     0.800       GSC
 0.900      3.80      0.00     0.700      2.90       SQC
  3.80      5.00     0.700      1.90      1.20       PTS>PTS>SQC
  5.00      6.00      1.90      2.90      1.00       PTS>PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.00      6.80      2.90      3.70     0.800       PTS>PTC>PTC>PTC>PTC>PTC>PTS>GSC
  6.80      7.00      3.70      3.90     0.200       PTC>PTC>PTC>PTC>PTC>PTS>GSC
  7.00      7.30      3.90      4.20     0.300       PTC>PTC>PTC>PTC>PTS>GSC
  7.30      7.80      4.20      4.70     0.500       PTC>PTC>PTC>PTS>GSC
  7.80      8.60      4.70      5.50     0.800       PTC>PTC>PTS>GSC
  8.60      9.30      5.50      6.20     0.700       PTC>PTS>GSC
  9.30      10.3      6.20      7.20      1.00       PTS>GSC
  10.3      11.9      7.20      8.80      1.60       GSC
  11.9      15.6      8.80      12.5      3.70       SQC
  15.6      15.8      12.5      12.7     0.200       PTC>PTC>PTS>SQC
  15.8      15.9      12.7      12.8     0.100       SQC
  15.9      16.3      12.8      13.2     0.400       PTC>PTC>PTS>SQC
  16.3      16.4      13.2      13.3     0.100       SQC
  16.4      16.8      13.3      13.7     0.400       PTC>PTC>PTS>SQC
  16.8      16.9      13.7      13.8     0.100       SQC
  16.9      17.2      13.8      14.1     0.300       PTC>PTC>PTS>SQC
  17.2      17.3      14.1      14.2     0.100       SQC
  17.3      17.5      14.2      14.4     0.200       PTC>PTC>PTS>SQC
  17.5      17.8      14.4      14.7     0.300       PTC>PTC>PTS>PTC>PTC>PTC>PTS>GSC
  17.8      18.4      14.7      15.3     0.600       PTC>PTS>PTC>PTC>PTC>PTS>GSC
  18.4      19.3      15.3      16.2     0.900       PTS>PTC>PTC>PTC>PTS>GSC
  19.3      19.8      16.2      16.7     0.500       PTC>PTC>PTC>PTS>GSC
  19.8      20.0      16.7      16.9     0.200       PTC>PTC>PTS>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:   16

WARNING. gmdata: soil layer # 2;
minxyz: dimension ZTOP_LAY=  0.6500000     [m] is not a multiple of      0.100 [m]
WARNING. gmdata: soil layer # 2; BDEN=10.85 kN/m^3 is inconsistent with PHI=27.50 degrees.
WARNING. gmdata: soil layer # 2; BDEN=10.85 kN/m^3 is inconsistent with PHI=27.50 degrees.
WARNING. gmdata: soil layer # 3;
minxyz: dimension ZTOP_LAY=   1.650000     [m] is not a multiple of      0.100 [m]
WARNING. gmdata: soil layer # 3; BDEN=9.45 kN/m^3 is inconsistent with PHI=27.50 degrees.
WARNING. gmdata: soil layer # 4;
minxyz: dimension ZTOP_LAY=   2.450000     [m] is not a multiple of      0.100 [m]
WARNING. gmdata: soil layer # 9;
minxyz: dimension ZTOP_LAY=   6.150000     [m] is not a multiple of      0.100 [m]
WARNING. gmdata: soil layer # 10;
minxyz: dimension ZTOP_LAY=   7.150000     [m] is not a multiple of      0.100 [m]
WARNING. gmdata: soil layer # 13; BDEN=8.35 kN/m^3 is inconsistent with PHI=35.00 degrees.
WARNING. gmdata: soil layer # 13; BDEN=8.35 kN/m^3 is inconsistent with PHI=35.00 degrees.
WARNING. spfdat: number of soil layers NUMSL > 10 in top 1.5B [?simplify ground model].

 < P_spud                [kN]:   30270.00    
   load spread factor #=    1; load spread factor =  3.00    
   is_PT_occurring      [t/f]:         F
 > z_tip_penetration      [m]:       3.70    
out_sp_pen_sub: END --- >


input   file: "JOB.I01"
output  file: "JOB.O01"
iso_19905_1: normal program end
