Problem in Interpolating data command
I tried to read ip (interpolate data) file by using command file-->interpolate--> select file (ip.ip) in fluent but i get an error stating:
> Reading F:\E Drive\gambit&fluent\Pheumatic Conveying of Flyash\Case 3\New folder\ip.ip... Variables for which data is found are following pressure mp-1 mp-2 epsilon-1 k-1 x-velocity-1 y-velocity-1 z-velocity-1 epsilon-2 k-2 x-velocity-2 y-velocity-2 z-velocity-2 Done. Initializing values... Error: FLUENT received fatal signal (ACCESS_VIOLATION) 1. Note exact events leading to error. 2. Save case/data under new name. 3. Exit program and restart to continue. 4. Report error to your distributor. Error Object: #f How could I resolve this problem?? Thanks & Regards Shubham |
Perhaps run out of memory.
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Can be more specific as drive in which I am storing all fluent data has more than 80 Gb free space.. |
The interpolate data function need a characteristic structure, if one line is out of that there may be errors.
Example: 3 // Version of Fluent 3 // 3D-Geometry 800 // 800 interpolation points 4 // entries (pressure, temperature, phase 1, phase 2) pressure temperature mp-1 mp-2 (0.0195 //now there are 7 blocks of 700 entries. First koordinats x,y,z and 0.0195 // then your values 0.0195 0.0195 0.0195 ....... I am interpolating 120.000 points and it works. Running out of memory wsn't a problem for me (64 GB Ram) |
Can you please elaborate, I am not getting your point.
The steps i followed are exactly similar to those suggested in Fluent User Guide. Step adpoted: 1.) Run the simulation for coarse mesh 2.) write interpolate file using command file-->interpolate-->write-->save (selected all variables) 3.) write boundary conditions using text command file/ write-bc 4.) read fine mesh using command file-->read-->mesh 5.) read boundary conditions using text command file/ read-bc (read same file generated at step 3) 6.) read interpolate file using command file-->interpolate-->read-->selected same file generated at step 2 |
You are firstsimulating in a coarse mesh and later you want to use a fine mesh, right?
- I did a similar operation a few month ago and it works good. Maybe your second and finer mesh doesn't fit to the data-file you are exporting. Is it the same geometry in the first and the scond mesh? You could check the mesh scaling and position, maybe this leads to an error. - If you want torefine your mesh you can also do this in Fluent. The adapt funktion is able to refine a mesh without leaving the solver. Is this an option you could use? |
Thanks Jim for replying
My two geometries are exactly same only difference is in size of mesh. Yes I can use adapt function inbuilt in fluent for refinement of mesh. Thanks.. |
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