Ivar KJELBERG
COMSOL Multiphysics(r) fan, retired, former "Senior Expert" at CSEM SA (CH)
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Posted:
1 decade ago
27 juin 2012, 12:55 UTC−4
Hi
there are two ways: either you know the pressure field spatially and temporally (or in frequency content) and you apply this as a boundary pressure load to your Solid (structure physics),
Or you go for a full FSI (fluid-structure interface) physics which is far heavier but gives a coupled interaction: the wind pushes the structure that changes the wind shape etc.
But a more complex model means more time to set it up, to run it, and to validate it, not to say larger computer(s), you might need a cluster depending on your model size
--
Good luck
Ivar
Hi
there are two ways: either you know the pressure field spatially and temporally (or in frequency content) and you apply this as a boundary pressure load to your Solid (structure physics),
Or you go for a full FSI (fluid-structure interface) physics which is far heavier but gives a coupled interaction: the wind pushes the structure that changes the wind shape etc.
But a more complex model means more time to set it up, to run it, and to validate it, not to say larger computer(s), you might need a cluster depending on your model size
--
Good luck
Ivar
Please login with a confirmed email address before reporting spam
Posted:
1 decade ago
28 juin 2012, 07:03 UTC−4
Thank you, for your advise, its much appreciated.
I'll give it a go.
Thank you, for your advise, its much appreciated.
I'll give it a go.