TOPB=TDR     BOTB=TDR
 Depth of Water Table=   0.0
 No. of Layer: 2    ALPMAX= 0.50


 Layer      TUW       HL       NZ       CV        PK
   1       121.0     15.0      11     0.05     0.17E-03
   2       107.5     25.0      26     0.20     0.53E-02


 e-p Curve  JE=       1       2       3       4       5
 Layer: 1    e=   0.854   0.804   0.754   0.665   0.500
 Layer: 1    P=     0.0   500.0  1000.0  2000.0  4000.0


 e-p Curve  JE=       1       2       3       4       5       6       7
 Layer: 2    e=   2.000   1.793   1.350   1.203   0.900   0.700   0.500
 Layer: 2    P=     0.0  1000.0  1443.0  2000.0  3000.0  4000.0  5000.0


 Unit Weight of Fill= 120.0
 JL=      1      2      3      4      5      6      7      8      9
 TL=    0.0    0.0   30.0   50.0  100.0  130.0 1000.0 1000.0*******
 HF=    0.0    3.0    3.0   15.0   15.0   20.0   20.0   16.0   16.0


 Layer No.    Initial Effective Stress    Initial Void   Ratio
     1                  439.5                    0.810
     2                 1442.8                    1.350


 Output Time(Days)=    1.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           458.3          0.808          0.19
   2          1451.4          1.348          0.31
 SETTLTMENT=   0.50  Inches


 Output Time(Days)=   10.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           464.9          0.808          0.25
   2          1460.0          1.346          0.60
 SETTLTMENT=   0.86  Inches


 Output Time(Days)=   30.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           476.2          0.806          0.36
   2          1473.6          1.342          1.06
 SETTLTMENT=   1.43  Inches


 Output Time(Days)=   50.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           677.8          0.786          2.37
   2          1618.4          1.304          5.94
 SETTLTMENT=   8.31  Inches


 Output Time(Days)=  100.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           890.5          0.765          4.48
   2          1839.6          1.245         13.39
 SETTLTMENT=  17.88  Inches


 Output Time(Days)=  130.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          1070.5          0.748          6.20
   2          2005.7          1.201         19.02
 SETTLTMENT=  25.22  Inches


 Output Time(Days)=  200.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          1336.4          0.724          8.55
   2          2301.4          1.112         30.45
 SETTLTMENT=  39.00  Inches


 Output Time(Days)=  400.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          1812.8          0.682         12.77
   2          2842.6          0.948         51.39
 SETTLTMENT=  64.15  Inches


 Output Time(Days)= 1000.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2405.9          0.632         17.75
   2          3463.2          0.807         69.30
 SETTLTMENT=  87.05  Inches


 Output Time(Days)= 1030.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2395.4          0.632         17.67
   2          3444.9          0.811         68.83
 SETTLTMENT=  86.50  Inches


 Output Time(Days)= 2000.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2415.0          0.631         17.83
   2          3420.0          0.816         68.20
 SETTLTMENT=  86.03  Inches


 Output time(Days)= Infinite
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2359.5          0.635         17.37
   2          3362.8          0.827         66.73
 SETTLTMENT=  84.11  Inches