FSI with SU2
Hello,
I am interested in using SU2 to simulate blood flow through an artery with a periodic pressure wave representing the pulsing of the heart. I was hoping to utilize the fluid structure interaction capabilities in SU2 if possible. I have looked through some of the documentation on the mesh deformation. Has any one had any experience with mesh deformation and fsi with SU2? I also don't even know if this is feasible with SU2 right now. Thanks |
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In fact there is a very preliminary implementation of a FSI solver in SU2. Unfortunately nobody in our group is working currently in FSI and the capability has not been documented. If you look for void FluidStructureIteration(COutput *output, CIntegration ***integration_container, CGeometry ***geometry_container, CSolution ****solution_container, CNumerics *****solver_container, CConfig **config_container, CSurfaceMovement **surface_movement, CVolumetricMovement **grid_movement, CFreeFormChunk*** chunk, unsigned long ExtIter) in the solver you will identify the different pieces (fluid solver and grid deformation subroutines). Best, Francisco |
Hey Francisco,
I'm from the PP (propulsion and power) group of the technical university of Delft. You probably know from colleagues that we are building a vapour tunnel (ORCHID) where we will soon be able to do experiments with models. Thus I am interested in the physical models available in SU2 for structural mechanics problems. As a user I would like know if functionality has been extended for FSI problems. I know there is a group at imperial that has just started extending capabilities. The documents i'v read seem to have used SU2 for the CFD and used an API to a structural solver. Any information about developments would be warmly welcome. :) Kind Regards, Adam |
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We are also working on our own API for fluid-structure interaction, but that is not ready yet. |
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If you send me your email address (mine is fpalacios_at_stanford.edu), I can put you in direct contact with the group at the Imperial College. They have just started but they are doing a great job in the area. Cheers, Francisco |
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