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Boundary Conditions for an Assembly
Posted 11.05.2011, 11:23 GMT-4 Version 4.2 3 Replies
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Hi everyone,
I am working with an assembly because the geometry is quite complex and it won't work otherwise.
As far as I have understood, I have to create pairs, so that the source and the destination domains are detected, in order to impose continuity across the borders of the two domains. To make Comsol do this automatically, I have to click on Draw > Create Pairs.
Then I want to specify the boundary conditions and in my case they have to be 'continuity'.
However, this is not available, because the boundaries are considered external.
If instead I choose one by one the source and the destination domains within my geometry, with Physics > Identity Pairs > Identity Boundary Pairs, then I've more choice for their boundary conditions. Since the object has many faces, the idea of picking them singularly freaks me out.
It's highly likely that I'm missing the real 'philosophy' of the identity pairs.
Can anyone give some suggestions?
Thank you in advance.
Prisca M
I am working with an assembly because the geometry is quite complex and it won't work otherwise.
As far as I have understood, I have to create pairs, so that the source and the destination domains are detected, in order to impose continuity across the borders of the two domains. To make Comsol do this automatically, I have to click on Draw > Create Pairs.
Then I want to specify the boundary conditions and in my case they have to be 'continuity'.
However, this is not available, because the boundaries are considered external.
If instead I choose one by one the source and the destination domains within my geometry, with Physics > Identity Pairs > Identity Boundary Pairs, then I've more choice for their boundary conditions. Since the object has many faces, the idea of picking them singularly freaks me out.
It's highly likely that I'm missing the real 'philosophy' of the identity pairs.
Can anyone give some suggestions?
Thank you in advance.
Prisca M
3 Replies Last Post 30.05.2011, 00:57 GMT-4