按照别人的模型做了几个流固耦合的案例，但是求解的时候老是出现警告和求解时间特别大该怎么解决呢？

 Beginning of keyword reader                                   07/06/22 15:15:11

 *** Warning 11199 (KEY+1199)

     DCT should be -1 in *CONTROL_ALE

 *** Warning 10302 (KEY+302)

     CHECKING MATERIAL INPUT Part ID= 1

     The default hourglass properties of the following

     ALE part are being modified to avoid unnecessary

     application of hourglass forces.

     Resetting coefficient qm=1.0e-6.

     PART ID 1 with

     MATERIAL ID 1 and

     EOS ID 1

     This is PART 1 in the order of input.

 *** Warning 10302 (KEY+302)

     CHECKING MATERIAL INPUT Part ID= 9

     The default hourglass properties of the following

     ALE part are being modified to avoid unnecessary

     application of hourglass forces.

     Resetting coefficient qm=1.0e-6.

     PART ID 9 with

     MATERIAL ID 4 and

     EOS ID 2

     This is PART 9 in the order of input.

 Memory required to process keyword     :    13711070

 input of data is completed

 initial kinetic energy = 0.00000000E+00

 Memory required to begin solution      :     131M

 Additional dynamically allocated memory:      30M

                                   Total:     160M

 initialization completed

       1 t 0.0000E+00 dt 2.12E-04 flush i/o buffers            07/06/22 15:15:22

       1 t 0.0000E+00 dt 2.12E-04 write d3plot file            07/06/22 15:15:22

 *** Warning 40123 (SOL+123)

     There are 145 nodes shared by ALE eleform 11/12

     and other Non_ALE eleforms.

     The first 10 nodes are:

 1 2 3 4 5

 6 7 8 9 10

 cpu time per zone cycle............         0 nanoseconds

 average cpu time per zone cycle....       895 nanoseconds

 average clock time per zone cycle..       815 nanoseconds

 estimated total cpu time          =    514934 sec (     143 hrs  2 mins)

 estimated cpu time to complete    =    514921 sec (     143 hrs  2 mins)

 estimated total clock time        =    469278 sec (     130 hrs 21 mins)

 estimated clock time to complete  =    469265 sec (     130 hrs 21 mins)

 termination time                  = 4.000E+02