Regarding IBM for Wind Turbine Case #107
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I wish to run the Wind Turbine case (NREL-5MW_ALM) using Immersed Boundary Method instead of ALM. So, I have changed the flag for ibm i.e., iibm=0 to iibm=3 in the 'input.i3d' file. But this is not working. |
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Replies: 2 comments 2 replies
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Hi, We haven't try to run a wind turbine case purely with IBM as the mesh requirement would be too high and the time step would be too small. If you want to try, you will have to generate the geometry of the turbine and export it to the code, so that the flow reconstructions can be generated. It is not as straightforward as just switching one parameter in the input file. All the best, Sylvain |
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Hi, I think I said it already in another discussion but Xcompact3d is based on a Cartesian mesh with uniform rectangular cells. Exporting (unstructured) meshes from another software is not an option. What you need to do is generate the epsilon files to be used for the reconstructions, see for instance [https://github.com/xcompact3d/Incompact3d/blob/master/src/BC-Cylinder.f90]. All the best, Sylvain |
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Hi,
I think I said it already in another discussion but Xcompact3d is based on a Cartesian mesh with uniform rectangular cells. Exporting (unstructured) meshes from another software is not an option. What you need to do is generate the epsilon files to be used for the reconstructions, see for instance [https://github.com/xcompact3d/Incompact3d/blob/master/src/BC-Cylinder.f90].
All the best,
Sylvain