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求助:CFX计算报错:The ANSYS CFX solver exited with return code 1. No results ...

已有 3745 次阅读2016-5-15 00:33 |系统分类:学术

This run of the CFX Release 16.2 Solver started at 23:44:01 on 14 May

 2016 by user Administrator on DELL-PC (intel_xeon64.sse2_winnt) using

 the command:

 

  "D:\Program Files\ANSYS Inc\v162\CFX\bin\perllib\cfx5solve.pl" -batch

    -ccl runInput.ccl -fullname "Fluid Flow CFX_002"

 

 Release 16.2

 

  Point Releases and Patches installed:

  ANSYS, Inc. Products Release 16.2

  ANSYS Mechanical Products Release 16.2

  ANSYS Customization Files for User Programmable Features Release 16.2

  ANSYS Autodyn Release 16.2

  ANSYS LS-DYNA Release 16.2

  ANSYS AIM Release 16.2

  ANSYS CFX (includes ANSYS CFD-Post) Release 16.2

  ANSYS Fluent (includes ANSYS CFD-Post) Release 16.2

  ANSYS TurboGrid Release 16.2

  ANSYS Polyflow (includes ANSYS CFD-Post) Release 16.2

  ANSYS CFD-Post only Release 16.2

  ANSYS ICEM CFD Release 16.2

  ANSYS Aqwa Release 16.2

  ANSYS Composite PrepPost Release 16.2

  ANSYS Icepak (includes ANSYS CFD-Post) Release 16.2

  ANSYS Remote Solve Manager Standalone Services Release 16.2

  Catia, Version 5 Release 16.2

  Catia, Version 6 Release 16.2

  ANSYS, Inc. License Manager Release 16.2

 

 Setting up CFX Solver run ...

 

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |            Processing ANSYS Input File (Running CCL2MF)            |

 |                                                                    |

 +--------------------------------------------------------------------+

 

 Created C:\Users\Administrator\9.2_pending\dp0_CFX_Solution\Fluid Flow

 CFX_002.ansys\ANSYS.mf

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |                       Starting ANSYS Solver                        |

 |                                                                    |

 +--------------------------------------------------------------------+

 

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |                    CFX Command Language for Run                    |

 |                                                                    |

 +--------------------------------------------------------------------+

 

 LIBRARY:

   CEL:

     EXPRESSIONS:

       pin = if(t<0.5[s],-0.6e3[N/m^2]*cos(t*4*pi/1[s])+0.6e3[N/m^2],0[N/m^2])

     END

   END

   MATERIAL: blood

     Material Group = User

     Option = Pure Substance

     Thermodynamic State = Liquid

     PROPERTIES:

       Option = General Material

       EQUATION OF STATE:

         Density = 1060 [kg m^-3]

         Molar Mass = 1.0 [kg kmol^-1]

         Option = Value

       END

       SPECIFIC HEAT CAPACITY:

         Option = Value

         Specific Heat Capacity = 2100 [J kg^-1 K^-1]

         Specific Heat Type = Constant Pressure

       END

       DYNAMIC VISCOSITY:

         Dynamic Viscosity = 3.5e-3 [Pa s]

         Option = Value

       END

     END

   END

 END

 FLOW: Flow Analysis 1

   SOLUTION UNITS:

     Angle Units = [rad]

     Length Units = [m]

     Mass Units = [kg]

     Solid Angle Units = [sr]

     Temperature Units = [K]

     Time Units = [s]

   END

   ANALYSIS TYPE:

     Option = Transient

     EXTERNAL SOLVER COUPLING:

       ANSYS Input File = ds.dat

       Option = ANSYS MultiField

       COUPLING TIME CONTROL:

         COUPLING INITIAL TIME:

           Option = Automatic

         END

         COUPLING TIME DURATION:

           Option = Total Time

           Total Time = 1 [s]

         END

         COUPLING TIME STEPS:

           Option = Timesteps

           Timesteps = 0.05 [s]

         END

       END

     END

     INITIAL TIME:

       Option = Coupling Initial Time

     END

     TIME DURATION:

       Option = Coupling Time Duration

     END

     TIME STEPS:

       Option = Coupling Timesteps

     END

   END

   DOMAIN: Default Domain

     Coord Frame = Coord 0

     Domain Type = Fluid

     Location = B47

     BOUNDARY: fsi wall

       Boundary Type = WALL

       Coord Frame = Coord 0

       Location = fsi wall

       BOUNDARY CONDITIONS:

         MASS AND MOMENTUM:

           Option = No Slip Wall

           Wall Velocity Relative To = Mesh Motion

         END

         MESH MOTION:

           ANSYS Interface = FSIN_1

           Option = ANSYS MultiField

           Receive from ANSYS = Total Mesh Displacement

           Send to ANSYS = Total Force

         END

       END

     END

     BOUNDARY: inlet

       Boundary Type = OPENING

       Location = inlet

       BOUNDARY CONDITIONS:

         FLOW DIRECTION:

           Option = Normal to Boundary Condition

         END

         FLOW REGIME:

           Option = Subsonic

         END

         MASS AND MOMENTUM:

           Option = Opening Pressure and Direction

           Relative Pressure = pin

         END

         MESH MOTION:

           Option = Stationary

         END

       END

     END

     BOUNDARY: outlet

       Boundary Type = OPENING

       Location = outlet

       BOUNDARY CONDITIONS:

         FLOW REGIME:

           Option = Subsonic

         END

         MASS AND MOMENTUM:

           Option = Entrainment

           Relative Pressure = 50 [Pa]

         END

         MESH MOTION:

           Option = Stationary

         END

       END

     END

     BOUNDARY: sym

       Boundary Type = SYMMETRY

       Location = sym

       BOUNDARY CONDITIONS:

         MESH MOTION:

           Option = Unspecified

         END

       END

     END

     DOMAIN MODELS:

       BUOYANCY MODEL:

         Option = Non Buoyant

       END

       DOMAIN MOTION:

         Option = Stationary

       END

       MESH DEFORMATION:

         Displacement Relative To = Previous Mesh

         Option = Regions of Motion Specified

         MESH MOTION MODEL:

           Option = Displacement Diffusion

           MESH STIFFNESS:

             Option = Increase near Small Volumes

             Stiffness Model Exponent = 2.0

             REFERENCE VOLUME:

               Option = Mean Control Volume

             END

           END

         END

       END

       REFERENCE PRESSURE:

         Reference Pressure = 0 [Pa]

       END

     END

     FLUID DEFINITION: Fluid 1

       Material = blood

       Option = Material Library

       MORPHOLOGY:

         Option = Continuous Fluid

       END

     END

     FLUID MODELS:

       COMBUSTION MODEL:

         Option = None

       END

       HEAT TRANSFER MODEL:

         Fluid Temperature = 310.5 [K]

         Option = Isothermal

       END

       THERMAL RADIATION MODEL:

         Option = None

       END

       TURBULENCE MODEL:

         Option = Laminar

       END

     END

     INITIALISATION:

       Option = Automatic

       INITIAL CONDITIONS:

         Velocity Type = Cartesian

         CARTESIAN VELOCITY COMPONENTS:

           Option = Automatic with Value

           U = 0 [m s^-1]

           V = 0 [m s^-1]

           W = 0 [m s^-1]

         END

         STATIC PRESSURE:

           Option = Automatic with Value

           Relative Pressure = 0 [Pa]

         END

       END

     END

   END

   OUTPUT CONTROL:

     MONITOR OBJECTS:

       MONITOR BALANCES:

         Option = Full

       END

       MONITOR FORCES:

         Option = Full

       END

       MONITOR PARTICLES:

         Option = Full

       END

       MONITOR POINT: Monitor Point 1

         Coord Frame = Coord 0

         Expression Value = force_y()@fsi wall

         Option = Expression

       END

       MONITOR POINT: Monitor Point 2

         Cartesian Coordinates = 0.0323127 [m], 0.00810342 [m], 0.000694136 [m]

         Coord Frame = Coord 0

         Option = Cartesian Coordinates

         Output Variables List = Total Mesh Displacement Y

         MONITOR LOCATION CONTROL:

           Interpolation Type = Nearest Vertex

         END

         POSITION UPDATE FREQUENCY:

           Option = Initial Mesh Only

         END

       END

       MONITOR RESIDUALS:

         Option = Full

       END

       MONITOR TOTALS:

         Option = Full

       END

     END

     RESULTS:

       File Compression Level = Default

       Option = Standard

     END

     TRANSIENT RESULTS: Transient Results 1

       File Compression Level = Default

       Include Mesh = No

       Option = Selected Variables

       Output Variables List = Density,Total Mesh Displacement,Velocity

       OUTPUT FREQUENCY:

         Option = Timestep Interval

         Timestep Interval = 1

       END

     END

   END

   SOLVER CONTROL:

     ADVECTION SCHEME:

       Option = High Resolution

     END

     CONVERGENCE CONTROL:

       Maximum Number of Coefficient Loops = 10

       Minimum Number of Coefficient Loops = 2

       Timescale Control = Coefficient Loops

     END

     CONVERGENCE CRITERIA:

       Residual Target = 1.E-4

       Residual Type = RMS

     END

     EXTERNAL SOLVER COUPLING CONTROL:

       COUPLING DATA TRANSFER CONTROL:

         Convergence Target = 1e-2

         Under Relaxation Factor = 0.75

       END

       COUPLING STEP CONTROL:

         Maximum Number of Coupling Iterations = 10

         Minimum Number of Coupling Iterations = 1

         SOLUTION SEQUENCE CONTROL:

           Solve ANSYS Fields = After CFX Fields

         END

       END

     END

     TRANSIENT SCHEME:

       Option = Second Order Backward Euler

       TIMESTEP INITIALISATION:

         Option = Automatic

       END

     END

   END

 END

 COMMAND FILE:

   Version = 16.2

   Results Version = 16.2

 END

 SIMULATION CONTROL:

   EXECUTION CONTROL:

     EXECUTABLE SELECTION:

       Double Precision = No

     END

     INTERPOLATOR STEP CONTROL:

       Runtime Priority = Standard

       MEMORY CONTROL:

         Memory Allocation Factor = 1.0

       END

     END

     MFX RUN CONTROL:

       MFX RUN DEFINITION:

         MFX Run Mode = Start ANSYS and CFX

         Process ANSYS Input File = On

         Restart ANSYS Run = Off

       END

       MFX SOLVER CONTROL:

         ANSYS Installation Root = D:\Program Files\ANSYS Inc\v162\ansys

       END

     END

     PARALLEL HOST LIBRARY:

       HOST DEFINITION: dellpc

         Remote Host Name = DELL-PC

         Host Architecture String = winnt-amd64

         Installation Root = D:\Program Files\ANSYS Inc\v%v\CFX

       END

     END

     PARTITIONER STEP CONTROL:

       Multidomain Option = Automatic

       Runtime Priority = Standard

       EXECUTABLE SELECTION:

         Use Large Problem Partitioner = Off

       END

       MEMORY CONTROL:

         Memory Allocation Factor = 1.0

       END

       PARTITION SMOOTHING:

         Maximum Partition Smoothing Sweeps = 100

         Option = Smooth

       END

       PARTITIONING TYPE:

         MeTiS Type = k-way

         Option = MeTiS

         Partition Size Rule = Automatic

         Partition Weight Factors = 0.50000, 0.50000

       END

     END

     RUN DEFINITION:

       Run Mode = Full

       Solver Input File = Fluid Flow CFX.def

       Solver Results File = \

         C:/Users/Administrator/9.2_pending/dp0_CFX_Solution/Fluid Flow \

         CFX_002.res

     END

     SOLVER STEP CONTROL:

       Runtime Priority = Standard

       MEMORY CONTROL:

         Memory Allocation Factor = 1.0

       END

       PARALLEL ENVIRONMENT:

         Start Method = Platform MPI Local Parallel

         Number of Processes = 2

         Parallel Host List = dellpc*2

       END

       PROCESS COUPLING:

         Process Name = CFX

         Host Port = 50576

         Host Name = DELL-PC

       END

     END

   END

 END

 

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |                            Partitioning                            |

 |                                                                    |

 +--------------------------------------------------------------------+

 

 

 

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |                     ANSYS(R) CFX(R) Partitioner                    |

 |                                                                    |

 | Release 16.2                                                       |

 | Build 16.2 2015.06.29-10.01-134376                                 |

 | Mon Jun 29 10:36:10 GMTDT 2015                                     |

 |                                                                    |

 |                        Executable Attributes                       |

 |                                                                    |

 |          single-64bit-int32-supfort-optimised-noprof-lcomp         |

 |                                                                    |

 | (C) 2015 ANSYS, Inc.                                               |

 |                                                                    |

 | All rights reserved. Unauthorized use, distribution or duplication |

 | is prohibited. This product is subject to U.S. laws governing      |

 | export and re-export. For full Legal Notice, see documentation.    |

 +--------------------------------------------------------------------+

 

 

 

 

 +--------------------------------------------------------------------+

 |                  Job Information at Start of Run                   |

 +--------------------------------------------------------------------+

 

 Run mode:       partitioning run

 

 Host computer:  DELL-PC (PID:6780)

 

 Job started:    Sat May 14 23:44:13 2016

 

 

 +--------------------------------------------------------------------+

 |        Memory Allocated for Run  (Actual usage may be less)        |

 +--------------------------------------------------------------------+

 

           | Real       | Integer    | Character | Logical  | Double

 ----------+------------+------------+-----------+----------+----------

 Mwords    |       1.07 |       2.22 |      3.31 |     0.12 |     0.30

 Mbytes    |       4.10 |       8.46 |      3.16 |     0.46 |     2.28

 ----------+------------+------------+-----------+----------+----------

 

 

 +--------------------------------------------------------------------+

 |                  Host Memory Information (Mbytes)                  |

 +--------------------------------------------------------------------+

 |          Host           |     System     |   Allocated    |   %    |

 +-------------------------+----------------+----------------+--------+

 | DELL-PC                 |      6002.92   |        18.46   |   0.31 |

 +-------------------------+----------------+----------------+--------+

 

 +--------------------------------------------------------------------+

 | The MeTiS partitioning method allocates additional memory.         |

 | Total memory usage will therefore exceed the values shown above.   |

 +--------------------------------------------------------------------+

 

 +--------------------------------------------------------------------+

 |                          Mesh Statistics                           |

 +--------------------------------------------------------------------+

 

 Domain Name : Default Domain

 

     Total Number of Nodes                                =       12817

 

     Total Number of Elements                             =       33207

         Total Number of Tetrahedrons                     =       18885

         Total Number of Prisms                           =       14322

 

     Total Number of Faces                                =        7842

 

 +--------------------------------------------------------------------+

 |                     Vertex Based Partitioning                      |

 +--------------------------------------------------------------------+

 

 Partitioning of domain: Default Domain

 

 - Partitioning tool:       MeTiS multilevel k-way algorithm

 - Number of partitions:             2

 - Number of graph-nodes:        12817

 - Number of graph-edges:       114210

 

 +--------------------------------------------------------------------+

 |                 Iso-Partition Connection Statistics                |

 +--------------------------------------------------------------------+

 | Domains in Group          |        |           Vertices            |

 |                           | Smooth +---------+----------+----------+

 |                           | Sweeps |  Moves  |   <25%   |   <50%   |

 +---------------------------+--------+---------+----------+----------+

 | Default Domain            |     2  |       1 |       0  |       0  |

 +---------------------------+--------+---------+----------+----------+

 

 +--------------------------------------------------------------------+

 |                      Partitioning Information                      |

 +--------------------------------------------------------------------+

 

 Partitioning information for domain: Default Domain

 

        +------------------+------------------------+-----------------+

        |     Elements     |        Vertices        |     Faces       |

 +------+------------------+------------------------+-----------------+

 | Part |   Number     %   |   Number     %   %Ovlp |  Number     %   |

 +------+------------------+------------------------+-----------------+

 | Full |     33207        |     12817              |     7842        |

 +------+------------------+------------------------+-----------------+

 |    1 |     15234   45.5 |      6336   48.6   1.8 |     3996   50.5 |

 |    2 |     18224   54.5 |      6702   51.4   1.6 |     3918   49.5 |

 +------+------------------+------------------------+-----------------+

 | Min  |     15234   45.5 |      6336   48.6   1.6 |     3918   49.5 |

 |(part)|           (    1)|           (    1     2)|          (    2)|

 +------+------------------+------------------------+-----------------+

 | Max  |     18224   54.5 |      6702   51.4   1.8 |     3996   50.5 |

 |(part)|           (    2)|           (    2     1)|          (    1)|

 +------+------------------+------------------------+-----------------+

 | Ave  |     16729   50.0 |      6519   50.0   1.7 |     3957   50.0 |

 +------+------------------+------------------------+-----------------+

 | Sum  |     33458  100.0 |     13038  100.0       |     7914  100.0 |

 +------+------------------+------------------------+-----------------+

 

 +--------------------------------------------------------------------+

 |                 Partitioning CPU-Time Requirements                 |

 +--------------------------------------------------------------------+

 

 - Preparations                                       1.700E-02 seconds

 - Low-level mesh partitioning                        6.000E-03 seconds

 - Global partitioning information                    2.000E-03 seconds

 - Element and face partitioning information          4.000E-03 seconds

 - Vertex partitioning information                    0.000E+00 seconds

 - Partitioning Smoothing                             1.800E-02 seconds

 - Partitioning information compression               0.000E+00 seconds

 - Summed CPU-time for mesh partitioning              6.200E-02 seconds

 

 +--------------------------------------------------------------------+

 |                   Job Information at End of Run                    |

 +--------------------------------------------------------------------+

 

 Host computer:  DELL-PC (PID:6780)

 

 Job finished:   Sat May 14 23:44:13 2016

 

 Total wall clock time: 4.380E-01 seconds

             or: (          0:         0:         0:     0.438 )

                 (       Days:     Hours:   Minutes:   Seconds )

 

 

 +--------------------------------------------------------------------+

 |                                                                    |

 |                               Solver                               |

 |                                                                    |

 +--------------------------------------------------------------------+

 

 

 +--------------------------------------------------------------------+

 |                An error has occurred in cfx5solve:                 |

 |                                                                    |

 | The ANSYS CFX solver exited with return code 1.   No results file  |

 | has been created.                                                  |

 +--------------------------------------------------------------------+

 

End of solution stage.

 

 +--------------------------------------------------------------------+

 |                An error has occurred in cfx5solve:                 |

 |                                                                    |

 | ANSYS Solver terminated with return code 3840                      |

 +--------------------------------------------------------------------+

 

 

 +--------------------------------------------------------------------+

 | The results from this run of the ANSYS solver have been written to |

 | C:\Users\Administrator\9.2_pending\dp0_CFX_Solution\Fluid Flow     |

 | CFX_002.ansys                                                      |

 +--------------------------------------------------------------------+

 

 

 +--------------------------------------------------------------------+

 | For CFX runs launched from Workbench, the final locations of       |

 | directories and files generated may differ from those shown.       |

 +--------------------------------------------------------------------+

 

 

 +--------------------------------------------------------------------+

 |                              Warning!                              |

 |                                                                    |

 | After waiting for 60 seconds, 1 solver manager process(es) appear  |

 | not to have noticed that this run has ended.  You may get errors   |

 | removing some files if they are still open in the solver manager.  |

 +--------------------------------------------------------------------+

 

 

This run of the ANSYS CFX Solver has finished.

 

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