TOPB=TDR     BOTB=TDR
 Depth of Water Table=   0.0
 No. of Layer: 1    ALPMAX= 0.50


 Layer      TUW       HL       NZ       CV        PK
   1       110.0     20.0      11     0.20     0.10E-01


 e-p Curve  JE=       1       2
 Layer: 1    e=   1.408   0.781
 Layer: 1    P=     0.0  5000.0


 Unit Weight of Fill= 125.0
 JL=      1      2      3      4      5
 TL=    0.0    0.0   40.0   40.0*******
 HF=    0.0    5.0    5.0   15.0   15.0


 Layer No.    Initial Effective Stress    Initial Void   Ratio
     1                  476.0                    1.348


 Output Time(Days)=    1.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           544.8          1.340          0.88
 SETTLTMENT=   0.88  Inches


 Output Time(Days)=   10.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           598.2          1.333          1.57
 SETTLTMENT=   1.57  Inches


 Output Time(Days)=   40.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           811.9          1.306          4.31
 SETTLTMENT=   4.31  Inches


 Output Time(Days)=   50.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1           960.0          1.288          6.20
 SETTLTMENT=   6.20  Inches


 Output Time(Days)=  100.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          1306.7          1.244         10.65
 SETTLTMENT=  10.65  Inches


 Output Time(Days)=  600.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2266.4          1.124         22.95
 SETTLTMENT=  22.95  Inches


 Output Time(Days)= 1000.0
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2339.6          1.115         23.88
 SETTLTMENT=  23.88  Inches


 Output time(Days)= Infinite
 Layer   Effective Stress    Void Ratio    Compression  (In)
   1          2351.0          1.113         24.03
 SETTLTMENT=  24.03  Inches