Sven Friedel
COMSOL Employee
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Posted:
9 years ago
05.04.2016, 03:53 GMT-4
Hi Gengyun Li
Have a try with this tutorial:
www.comsol.ch/model/particle-t...g-in-a-micromixer-12151
which is rigid - this is the meaning of the fluid-solid boundary has a defined movement (a.k.a prescribed displacement). Later you can try to add elasticity, i.e. have a feedback of the fluid forces on the solids if necessary.
Best regards,
Sven Friedel
Hi Gengyun Li
Have a try with this tutorial: www.comsol.ch/model/particle-t...g-in-a-micromixer-12151
which is rigid - this is the meaning of the fluid-solid boundary has a defined movement (a.k.a prescribed displacement). Later you can try to add elasticity, i.e. have a feedback of the fluid forces on the solids if necessary.
Best regards,
Sven Friedel
Please login with a confirmed email address before reporting spam
Posted:
8 years ago
23.10.2016, 23:43 GMT-4
Dear Sven,
The linkage you provided is invalid at present. The discussion topic is precisely what I am concerned about. For most FSI example in manual, the outer boundary for all domains are fixed. If the outer boundary is moving, i.e. the solid boundary, as a part of outer boundary, is deformed under exterior loading. How to prescribe this kind of boundary condition for ALE equation in FSI module.
Thanks,
Zeng
Dear Sven,
The linkage you provided is invalid at present. The discussion topic is precisely what I am concerned about. For most FSI example in manual, the outer boundary for all domains are fixed. If the outer boundary is moving, i.e. the solid boundary, as a part of outer boundary, is deformed under exterior loading. How to prescribe this kind of boundary condition for ALE equation in FSI module.
Thanks,
Zeng