CFXTASCFLOW 计算的时候出来的错误，在线等！！！急

zy760817

我的一个case，网格6w，机器p4-2.8，256M
Notice: Grid volumes computed from node coordinates.  Reduce CPU time by
         pre-computing volumes (use TASCtool "Check volume" command).
    WARNING: One or more parameter file variables were never used.
    They may be incorrectly spelled, or invalid for the 3-D flow code.
    The following unused parameters were found:
              HIGH_SPEED_MODEL
Notice: One or more GGI intersections are in progress.
______________________________________________________
____ Global LENGTH and VELOCITY scale information ____
    Global RMS average scale values:
               Length          =  5.104E+02 (L)
               Speed           =  0.000E+00 (L/T)
_______ Global FLOW PROPERTY scale information _______
    Global RMS average scale values:
               Density         =  9.989E+02 (M/L**3)
               Viscosity       =  9.924E-04 (M/(L*T))
______________________________________________________

==============================================================================
TIME STEP =    1        SIMULATION TIME = 1.62E-03         CPU TIME = 6.06E+00
------------------------------------------------------------------------------
|Equation| Rate | RMS Res | Max Res | Max Location:Gridname | Linear  Solver |
+--------+------+---------+---------+-----------------------+----------------+
|                                                                            |
|                         ****** Notice ******                               |
|  Mass specified outlet applied using an AREA weighted distribution.        |
|                                                                            |
|TKE     | 0.00 | 3.2E-08 | 6.0E-07 | {  6, 19,  3}:MAIN    |  6.2 3.4E-08 OK|
|EPS     | 0.00 | 4.9E-06 | 1.5E-05 | { 18, 14, 10}:MAIN    |  6.0 1.2E-16 OK|
+--------+------+---------+---------+-----------------------+----------------+
**** Fatal overflow in linear solver ****
Execution terminated by linear solver.
    STOP due to error : Fatal overflow in linear solver
STOP