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Incompressible blood flow simulation inside a 3D curved pipe |
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October 30, 2020, 13:53 |
Incompressible blood flow simulation inside a 3D curved pipe
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Join Date: Oct 2020
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Hi,
I'm trying to simulate blood flowing inside an irregularly shaped 3D vessel with one inlet and one outlet. The inlet is not normal to x, y or z. For now, I'm running steady state simulations. I'm using SU2 v 7.0.2 and I started by editing the cfg file from a 2D channel example. In my case, I'm prescribing the an inlet velocity profile from a file. I'm reaching convergence in a few iterations, but I'm not convinced by the results. In particular, I don't understand: - why the INC_VELOCITY_INIT value will affect the computed velocity field so much, - how to properly set the CFL number, - why the velocity profile doesn't seem to fully develop to a parabolic-like profile, - if there is a way to strongly impose the inlet boundary condition. Many thanks. Last edited by semions; November 1, 2020 at 04:08. Reason: attachment |
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Tags |
blood flow, incompressible flow, irregular domain |
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