{"id":288105,"date":"2023-06-12T02:34:19","date_gmt":"2023-06-12T02:34:19","guid":{"rendered":"\/forum\/forums\/topic\/error-in-ansys-cfx-solver\/"},"modified":"2023-06-12T02:34:19","modified_gmt":"2023-06-12T02:34:19","slug":"error-in-ansys-cfx-solver","status":"closed","type":"topic","link":"https:\/\/innovationspace.ansys.com\/forum\/forums\/topic\/error-in-ansys-cfx-solver\/","title":{"rendered":"Error in Ansys CFX Solver"},"content":{"rendered":"

Hi, I am new to Ansys and trying out this tutorial<\/a> from YouTube on the 2023 R1 version (CFX fluid). I run into these errors: (I uninstalled Ansys and re-installed it but the same errors persist, I attempted every solution I could find on the all-knowing Oracle, Google but to no avail)<\/p>\n

The ANSYS CFX solver exited with return code 1.<\/p>\n

Update failed for the Solution component in Fluid Flow (CFX). The solver failed with a non-zero exit code of : 2<\/p>\n

I’ve put the tilde in the place of my license ID<\/strong><\/p>\n

This run of the CFX 2023 R1 Solver started at 04:11:12 on 12 Jun 2023<\/p>\n

by user user on ~ (intel_xeon64.sse2_winnt) using the<\/p>\n

command:<\/p>\n

“C:\\Program Files\\ANSYS Inc\\ANSYS Student\\v231\\CFX\\bin\\perllib\\cfx5solve.pl<\/a>“<\/p>\n

-batch -ccl runInput.ccl -fullname “Fluid Flow CFX_001”<\/p>\n

2023 R1<\/p>\n

Point Releases and Patches installed:<\/p>\n

Discovery 2023 R1<\/p>\n

Autodyn 2023 R1<\/p>\n

SpaceClaim 2023 R1<\/p>\n

CFX (includes CFD-Post) 2023 R1<\/p>\n

Chemkin 2023 R1<\/p>\n

EnSight 2023 R1<\/p>\n

FENSAP-ICE 2023 R1<\/p>\n

Fluent (includes CFD-Post) 2023 R1<\/p>\n

Polyflow (includes CFD-Post) 2023 R1<\/p>\n

Forte (includes EnSight) 2023 R1<\/p>\n

TurboGrid 2023 R1<\/p>\n

Aqwa 2023 R1<\/p>\n

Speos 2023 R1<\/p>\n

Mechanical Products 2023 R1<\/p>\n

Material Calibration App 2023 R1<\/p>\n

ACIS Geometry Interface 2023 R1<\/p>\n

AutoCAD Geometry Interface 2023 R1<\/p>\n

Catia, Version 4 Geometry Interface 2023 R1<\/p>\n

Catia, Version 5 Geometry Interface 2023 R1<\/p>\n

Catia, Version 6 Geometry Interface 2023 R1<\/p>\n

Creo Elements\/Direct Modeling Geometry Interface 2023 R1<\/p>\n

Creo Parametric Geometry Interface 2023 R1<\/p>\n

Inventor Geometry Interface 2023 R1<\/p>\n

JTOpen Geometry Interface 2023 R1<\/p>\n

NX Geometry Interface 2023 R1<\/p>\n

Parasolid Geometry Interface 2023 R1<\/p>\n

Solid Edge Geometry Interface 2023 R1<\/p>\n

SOLIDWORKS Geometry Interface 2023 R1<\/p>\n

Academic Student 2023 R1<\/p>\n

Setting up CFX Solver run …<\/p>\n

+——————————————————————–+<\/p>\n

| |<\/p>\n

| CFX Command Language for Run |<\/p>\n

| |<\/p>\n

+——————————————————————–+<\/p>\n

LIBRARY:<\/p>\n

MATERIAL: Air at 25 C<\/p>\n

Material Description = Air at 25 C and 1 atm (dry)<\/p>\n

Material Group = Air Data, Constant Property Gases<\/p>\n

Option = Pure Substance<\/p>\n

Thermodynamic State = Gas<\/p>\n

PROPERTIES:<\/p>\n

Option = General Material<\/p>\n

EQUATION OF STATE:<\/p>\n

Density = 1.185 [kg m^-3]<\/p>\n

Molar Mass = 28.96 [kg kmol^-1]<\/p>\n

Option = Value<\/p>\n

END<\/p>\n

SPECIFIC HEAT CAPACITY:<\/p>\n

Option = Value<\/p>\n

Specific Heat Capacity = 1.0044E+03 [J kg^-1 K^-1]<\/p>\n

Specific Heat Type = Constant Pressure<\/p>\n

END<\/p>\n

REFERENCE STATE:<\/p>\n

Option = Specified Point<\/p>\n

Reference Pressure = 1 [atm]<\/p>\n

Reference Specific Enthalpy = 0. [J\/kg]<\/p>\n

Reference Specific Entropy = 0. [J\/kg\/K]<\/p>\n

Reference Temperature = 25 [C]<\/p>\n

END<\/p>\n

DYNAMIC VISCOSITY:<\/p>\n

Dynamic Viscosity = 1.831E-05 [kg m^-1 s^-1]<\/p>\n

Option = Value<\/p>\n

END<\/p>\n

THERMAL CONDUCTIVITY:<\/p>\n

Option = Value<\/p>\n

Thermal Conductivity = 2.61E-02 [W m^-1 K^-1]<\/p>\n

END<\/p>\n

ABSORPTION COEFFICIENT:<\/p>\n

Absorption Coefficient = 0.01 [m^-1]<\/p>\n

Option = Value<\/p>\n

END<\/p>\n

SCATTERING COEFFICIENT:<\/p>\n

Option = Value<\/p>\n

Scattering Coefficient = 0.0 [m^-1]<\/p>\n

END<\/p>\n

REFRACTIVE INDEX:<\/p>\n

Option = Value<\/p>\n

Refractive Index = 1.0 [m m^-1]<\/p>\n

END<\/p>\n

THERMAL EXPANSIVITY:<\/p>\n

Option = Value<\/p>\n

Thermal Expansivity = 0.003356 [K^-1]<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

FLOW: Flow Analysis 1<\/p>\n

SOLUTION UNITS:<\/p>\n

Angle Units = [rad]<\/p>\n

Length Units = [m]<\/p>\n

Mass Units = [kg]<\/p>\n

Solid Angle Units = [sr]<\/p>\n

Temperature Units = [K]<\/p>\n

Time Units = [s]<\/p>\n

END<\/p>\n

ANALYSIS TYPE:<\/p>\n

Option = Steady State<\/p>\n

EXTERNAL SOLVER COUPLING:<\/p>\n

Option = None<\/p>\n

END<\/p>\n

END<\/p>\n

DOMAIN: Default Domain<\/p>\n

Coord Frame = Coord 0<\/p>\n

Domain Type = Fluid<\/p>\n

Location = B186, B98<\/p>\n

BOUNDARY: inlet<\/p>\n

Boundary Type = INLET<\/p>\n

Location = F30.98<\/p>\n

BOUNDARY CONDITIONS:<\/p>\n

FLOW REGIME:<\/p>\n

Option = Subsonic<\/p>\n

END<\/p>\n

MASS AND MOMENTUM:<\/p>\n

Normal Speed = 40 [km hr^-1]<\/p>\n

Option = Normal Speed<\/p>\n

END<\/p>\n

TURBULENCE:<\/p>\n

Option = Medium Intensity and Eddy Viscosity Ratio<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

BOUNDARY: opening<\/p>\n

Boundary Type = OPENING<\/p>\n

Location = F26.98,F28.98,F29.98<\/p>\n

BOUNDARY CONDITIONS:<\/p>\n

FLOW DIRECTION:<\/p>\n

Option = Normal to Boundary Condition<\/p>\n

END<\/p>\n

FLOW REGIME:<\/p>\n

Option = Subsonic<\/p>\n

END<\/p>\n

MASS AND MOMENTUM:<\/p>\n

Option = Opening Pressure and Direction<\/p>\n

Relative Pressure = 0 [Pa]<\/p>\n

END<\/p>\n

TURBULENCE:<\/p>\n

Option = Medium Intensity and Eddy Viscosity Ratio<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

BOUNDARY: outlet<\/p>\n

Boundary Type = OUTLET<\/p>\n

Location = F31.98<\/p>\n

BOUNDARY CONDITIONS:<\/p>\n

FLOW REGIME:<\/p>\n

Option = Subsonic<\/p>\n

END<\/p>\n

MASS AND MOMENTUM:<\/p>\n

Option = Average Static Pressure<\/p>\n

Pressure Profile Blend = 0.05<\/p>\n

Relative Pressure = 0 [Pa]<\/p>\n

END<\/p>\n

PRESSURE AVERAGING:<\/p>\n

Option = Average Over Whole Outlet<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

BOUNDARY: wall<\/p>\n

Boundary Type = WALL<\/p>\n

Location = \\<\/p>\n

F139.186,F140.186,F141.186,F142.186,F143.186,F144.186,F145.186,F146.1\\<\/p>\n

86,F147.186,F163.186,F164.186,F166.186,F168.186,F169.186,F171.186,F17\\<\/p>\n

3.186,F181.186,F182.186,F183.186,F187.186,F188.186,F189.186,F27.98,F3\\<\/p>\n

2.98,F33.98,F34.98,F35.98,F36.98,F37.98,F38.98,F39.98,F40.98,F41.98,F\\<\/p>\n

42.98,F43.98,F44.98,F45.98,F46.98,F47.98,F48.98,F49.98,F50.98,F51.98,\\<\/p>\n

F52.98,F53.98<\/p>\n

BOUNDARY CONDITIONS:<\/p>\n

MASS AND MOMENTUM:<\/p>\n

Option = No Slip Wall<\/p>\n

END<\/p>\n

WALL ROUGHNESS:<\/p>\n

Option = Smooth Wall<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

DOMAIN MODELS:<\/p>\n

BUOYANCY MODEL:<\/p>\n

Option = Non Buoyant<\/p>\n

END<\/p>\n

DOMAIN MOTION:<\/p>\n

Option = Stationary<\/p>\n

END<\/p>\n

MESH DEFORMATION:<\/p>\n

Option = None<\/p>\n

END<\/p>\n

REFERENCE PRESSURE:<\/p>\n

Reference Pressure = 1 [atm]<\/p>\n

END<\/p>\n

END<\/p>\n

FLUID DEFINITION: Fluid 1<\/p>\n

Material = Air at 25 C<\/p>\n

Option = Material Library<\/p>\n

MORPHOLOGY:<\/p>\n

Option = Continuous Fluid<\/p>\n

END<\/p>\n

END<\/p>\n

FLUID MODELS:<\/p>\n

COMBUSTION MODEL:<\/p>\n

Option = None<\/p>\n

END<\/p>\n

HEAT TRANSFER MODEL:<\/p>\n

Fluid Temperature = 25 [C]<\/p>\n

Option = Isothermal<\/p>\n

END<\/p>\n

THERMAL RADIATION MODEL:<\/p>\n

Option = None<\/p>\n

END<\/p>\n

TURBULENCE MODEL:<\/p>\n

Option = SST<\/p>\n

END<\/p>\n

TURBULENT WALL FUNCTIONS:<\/p>\n

Option = Automatic<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

OUTPUT CONTROL:<\/p>\n

RESULTS:<\/p>\n

File Compression Level = Default<\/p>\n

Option = Standard<\/p>\n

END<\/p>\n

END<\/p>\n

SOLVER CONTROL:<\/p>\n

Turbulence Numerics = First Order<\/p>\n

ADVECTION SCHEME:<\/p>\n

Option = High Resolution<\/p>\n

END<\/p>\n

CONVERGENCE CONTROL:<\/p>\n

Length Scale Option = Conservative<\/p>\n

Maximum Number of Iterations = 100<\/p>\n

Minimum Number of Iterations = 1<\/p>\n

Timescale Control = Auto Timescale<\/p>\n

Timescale Factor = 1.0<\/p>\n

END<\/p>\n

CONVERGENCE CRITERIA:<\/p>\n

Residual Target = 1.E-4<\/p>\n

Residual Type = RMS<\/p>\n

END<\/p>\n

DYNAMIC MODEL CONTROL:<\/p>\n

Global Dynamic Model Control = On<\/p>\n

END<\/p>\n

INTERRUPT CONTROL:<\/p>\n

Option = Any Interrupt<\/p>\n

CONVERGENCE CONDITIONS:<\/p>\n

Option = Default Conditions<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

EXPERT PARAMETERS:<\/p>\n

topology estimate factor = 1.0<\/p>\n

END<\/p>\n

END<\/p>\n

COMMAND FILE:<\/p>\n

Version = 23.1<\/p>\n

Results Version = 23.1<\/p>\n

END<\/p>\n

SIMULATION CONTROL:<\/p>\n

EXECUTION CONTROL:<\/p>\n

EXECUTABLE SELECTION:<\/p>\n

Double Precision = No<\/p>\n

Large Problem = No<\/p>\n

END<\/p>\n

INTERPOLATOR STEP CONTROL:<\/p>\n

Runtime Priority = Standard<\/p>\n

MEMORY CONTROL:<\/p>\n

Memory Allocation Factor = 1.0<\/p>\n

Option = Model Based<\/p>\n

END<\/p>\n

END<\/p>\n

PARALLEL HOST LIBRARY:<\/p>\n

HOST DEFINITION: ~<\/p>\n

Remote Host Name = ~<\/p>\n

Host Architecture String = winnt-amd64<\/p>\n

Installation Root = C:\\Program Files\\ANSYS Inc\\ANSYS Student\\v%v\\CFX<\/p>\n

END<\/p>\n

END<\/p>\n

PARTITIONER STEP CONTROL:<\/p>\n

Multidomain Option = Automatic<\/p>\n

Runtime Priority = Standard<\/p>\n

MEMORY CONTROL:<\/p>\n

Memory Allocation Factor = 1.0<\/p>\n

Option = Model Based<\/p>\n

END<\/p>\n

PARTITION SMOOTHING:<\/p>\n

Maximum Partition Smoothing Sweeps = 100<\/p>\n

Option = Smooth<\/p>\n

END<\/p>\n

PARTITIONING TYPE:<\/p>\n

MeTiS Type = k-way<\/p>\n

Option = MeTiS<\/p>\n

Partition Size Rule = Automatic<\/p>\n

END<\/p>\n

END<\/p>\n

RUN DEFINITION:<\/p>\n

Run Mode = Full<\/p>\n

Solver Input File = Fluid Flow CFX.def<\/p>\n

Solver Results File = \\<\/p>\n

C:\/Users\/user\/AppData\/Local\/Temp\/WB_user_18340_2\/wbnew_pending\/dp0_\\<\/p>\n

CFX_Solution\/Fluid Flow CFX_001.res<\/p>\n

END<\/p>\n

SOLVER STEP CONTROL:<\/p>\n

Runtime Priority = Standard<\/p>\n

MEMORY CONTROL:<\/p>\n

Memory Allocation Factor = 1.0<\/p>\n

Option = Model Based<\/p>\n

END<\/p>\n

PARALLEL ENVIRONMENT:<\/p>\n

Number of Processes = 1<\/p>\n

Start Method = Serial<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

END<\/p>\n

+——————————————————————–+<\/p>\n

| |<\/p>\n

| Solver |<\/p>\n

| |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| |<\/p>\n

| ANSYS(R) CFX(R) Solver |<\/p>\n

| |<\/p>\n

| 2023 R1 |<\/p>\n

| Build 23.1 2022-11-25T14:31:12.124816 |<\/p>\n

| Fri Nov 25 16:32:25 GMTST 2022 |<\/p>\n

| |<\/p>\n

| Executable Attributes |<\/p>\n

| |<\/p>\n

| single-64bit-int32-archfort-optimised-std-lcomp |<\/p>\n

| |<\/p>\n

| (C) 1996-2023 ANSYS, Inc. |<\/p>\n

| |<\/p>\n

| All rights reserved. Unauthorized use, distribution or duplication |<\/p>\n

| is prohibited. This product is subject to U.S. laws governing |<\/p>\n

| export and re-export. For full Legal Notice, see documentation. |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

 <\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Job Information at Start of Run |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

Run mode: serial run<\/p>\n

 <\/p>\n

Host computer: ~<\/p>\n

 <\/p>\n

Job started: Mon Jun 12 04:11:16 2023<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| License Information |<\/p>\n

+——————————————————————–+<\/p>\n

License Cap: ANSYS CFD Solver<\/p>\n

License ID: ~<\/p>\n

 <\/p>\n

INFO: You are using an academic student license which enables meshes<\/p>\n

up to 512000 vertices.<\/p>\n

 <\/p>\n

INFO: Your license enables 4-way parallel execution.<\/p>\n

For faster simulations, please start the application with the<\/p>\n

appropriate parallel options.<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Initial Memory Allocation (Actual usage may vary) |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

| Real | Integer | Character | Logical | Double<\/p>\n

———-+————+————+———–+———-+———-<\/p>\n

Mwords | 12.70 | 3.83 | 9.30 | 0.12 | 0.47<\/p>\n

Mbytes | 48.46 | 14.63 | 8.87 | 0.46 | 3.60<\/p>\n

———-+————+————+———–+———-+———-<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Host Memory Information (Mbytes): Solver |<\/p>\n

+——————————————————————–+<\/p>\n

| Host | System | Allocated | % |<\/p>\n

+————————-+—————-+—————-+——–+<\/p>\n

| ~ | 12167.33 | 76.02 | 0.62 |<\/p>\n

+————————-+—————-+—————-+——–+<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| ****** Notice ****** |<\/p>\n

| |<\/p>\n

| One or more expert parameters have been enabled. Note that expert |<\/p>\n

| parameters are intended for use only by customers who are |<\/p>\n

| experienced in the use of CFX, or who have been instructed to use |<\/p>\n

| them by ANSYS Customer Support. Use of the parameters is not fully |<\/p>\n

| supported, and may have unexpected or unintended consequences both |<\/p>\n

| for the quality of results and the performance of the CFX-Solver. |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Topology Simplification |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| ****** Warning ****** |<\/p>\n

| |<\/p>\n

| Topology simplification is activated with the following |<\/p>\n

| restrictions: |<\/p>\n

| |<\/p>\n

| – Mesh regions referenced only within User Fortran and NOT |<\/p>\n

| in the command file will cause the solver to stop. |<\/p>\n

| – The solver will stop during any “Edit Run in Progress” step |<\/p>\n

| if new 2D regions are referenced. |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Mesh Statistics |<\/p>\n

+——————————————————————–+<\/p>\n

| Domain Name | Orthog. Angle | Exp. Factor | Aspect Ratio |<\/p>\n

+———————-+—————+————–+————–+<\/p>\n

| | Minimum [deg] | Maximum | Maximum |<\/p>\n

+———————-+—————+————–+————–+<\/p>\n

| Default Domain | 3.4 ! | 6807 ! | 48 OK |<\/p>\n

+———————-+—————+————–+————–+<\/p>\n

| | %! %ok %OK | %! %ok %OK | %! %ok %OK |<\/p>\n

+———————-+—————+————–+————–+<\/p>\n

| Default Domain | <1 1 99 | <1 4 96 | 0 0 100 |<\/p>\n

+———————-+—————+————–+————–+<\/p>\n

 <\/p>\n

Domain Name : Default Domain<\/p>\n

 <\/p>\n

Total Number of Nodes = 15276<\/p>\n

 <\/p>\n

Total Number of Elements = 77322<\/p>\n

Total Number of Tetrahedrons = 77322<\/p>\n

 <\/p>\n

Total Number of Faces = 9126<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Average Scale Information |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

Domain Name : Default Domain<\/p>\n

Global Length = 8.9411E-02<\/p>\n

Minimum Extent = 5.8849E-02<\/p>\n

Maximum Extent = 1.4100E-01<\/p>\n

Density = 1.1850E+00<\/p>\n

Dynamic Viscosity = 1.8310E-05<\/p>\n

Velocity = 1.1111E+01<\/p>\n

Advection Time = 8.0470E-03<\/p>\n

Reynolds Number = 6.4295E+04<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Checking for Isolated Fluid Regions |<\/p>\n

+——————————————————————–+<\/p>\n

2 isolated fluid regions were found in domain Default Domain<\/p>\n

If the isolated regions do not have the pressure level set either<\/p>\n

by the boundary conditions or using a reference pressure equation,<\/p>\n

you may encounter severe robustness problems.<\/p>\n

This situation may have arisen because a domain interface was not<\/p>\n

properly defined during problem setup. Please carefully check<\/p>\n

the setup.<\/p>\n

The solver will stop now and write a results file. The isolated<\/p>\n

regions can be visualised in CFX Post by making plots of the<\/p>\n

variable “Isolated Volumes”.<\/p>\n

If you are sure that the pressure level is set in each isolated<\/p>\n

fluid region then you can force the solver to turn off this check<\/p>\n

by setting the expert parameter “check isolated regions = f”.<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Host Memory Information (Mbytes): Solver |<\/p>\n

+——————————————————————–+<\/p>\n

| Host | System | Peak | % |<\/p>\n

+————————-+—————-+—————-+——–+<\/p>\n

| ~ | 12167.33 | 105.42 | 0.87 |<\/p>\n

+————————-+—————-+—————-+——–+<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| CPU Time Requirements of Solver |<\/p>\n

+——————————————————————–+<\/p>\n

File Reading 8.41E-01 29.0 %<\/p>\n

Variable Updates 1.90E-02 0.7 %<\/p>\n

File Writing 2.01E-01 6.9 %<\/p>\n

Miscellaneous 1.84E+00 63.4 %<\/p>\n

——–<\/p>\n

Total 2.90E+00<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| Job Information at End of Run |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

Host computer: DESKTOP-T14J19H (PID:3952)<\/p>\n

 <\/p>\n

Job finished: Mon Jun 12 04:11:19 2023<\/p>\n

 <\/p>\n

Total wall clock time: 2.287E+00 seconds<\/p>\n

or: ( 0: 0: 0: 2.287 )<\/p>\n

( Days: Hours: Minutes: Seconds )<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| An error has occurred in cfx5solve: |<\/p>\n

| |<\/p>\n

| The ANSYS CFX solver exited with return code 1. |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

End of solution stage.<\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| The results from this run of the ANSYS CFX Solver have been |<\/p>\n

| written to |<\/p>\n

| C:\/Users\/user\/AppData\/Local\/Temp\/WB_user_18340_2\/wbnew_pending\/- |<\/p>\n

| dp0_CFX_Solution\/Fluid Flow CFX_001.res |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| The following user files have been saved in the directory |<\/p>\n

| C:\/Users\/user\/AppData\/Local\/Temp\/WB_user_18340_2\/wbnew_pending\/- |<\/p>\n

| dp0_CFX_Solution\/Fluid Flow CFX_001: |<\/p>\n

| |<\/p>\n

| mon |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

 <\/p>\n

+——————————————————————–+<\/p>\n

| For CFX runs launched from Workbench, the final locations of |<\/p>\n

| directories and files generated may differ from those shown. |<\/p>\n

+——————————————————————–+<\/p>\n

 <\/p>\n

 <\/p>\n

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