This is a demo case in order to illustrate the mobile mesh (ALE) capability of Code_Saturne in the frame of Fluid-structure interaction. This occurs when fluid flow causes displacement or deformation of the structure. This deformation, in turn, changes the boundary conditions for the fluid flow.
The setup is provided as an example for Code_Saturne 5.0 (adapted from an older setup).
Flow around a cylinder: Fluid-structure interaction
Forum rules
As this forum is intended to post modelling examples, for better clarity, posts may be edited, and questions may be removed in some cases once the parent is updated.
As this forum is intended to post modelling examples, for better clarity, posts may be edited, and questions may be removed in some cases once the parent is updated.
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- Posts: 4168
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Flow around a cylinder: Fluid-structure interaction
- Attachments
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- cylinder.med
- (660.69 KiB) Downloaded 1524 times
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- cylinder2.gif
- (96.51 KiB) Not downloaded yet
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- cylinder.xml
- (8.45 KiB) Downloaded 1593 times
Re: Flow around a cylinder: Fluid-structure interaction
Just as a suggestion, perhaps this could be used to update the tutorial page (which still has documentation for running the test with version 2.0) ?
Re: Flow around a cylinder: Fluid-structure interaction
Could you explain how cylinder.mesh was constructed? The gif file is FANTASTIC
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- Posts: 4168
- Joined: Mon Feb 20, 2012 3:25 pm
Re: Flow around a cylinder: Fluid-structure interaction
Hello,
The mesh was built some years ago, but is basically based on a "O" mesh, joined with a Cartesian grid (or extruded in different directions) outside this zone. Using a current Salome version, building a mesh of this type can be done easily.
Best regards,
Yvan
The mesh was built some years ago, but is basically based on a "O" mesh, joined with a Cartesian grid (or extruded in different directions) outside this zone. Using a current Salome version, building a mesh of this type can be done easily.
Best regards,
Yvan