Robert Koslover
Certified Consultant
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Posted:
4 years ago
2020年7月27日 GMT+2 01:23
Updated:
4 years ago
2020年7月27日 GMT+2 01:24
First, some Caveats: (1) I would have to see your specific model details and how you set it up to be sure of my answer, and (2) I only do thermal models occasionally. That said, I believe the answer to your question isyes. I.e., if you are modeling thermal phenomena and have two domains that adjoin with a common boundary, then the assumed thermalcontactresistance would be zero at that boundary. Note thatyou can specify a non-zero thermal contact resistanceat the boundary, if you wish to do so.
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Scientific Applications & Research Associates (SARA) Inc.
www.comsol.com/partners-consultants/certified-consultants/sara
First, some Caveats: (1) I would have to see your specific model details and how you set it up to be sure of my answer, and (2) I only do thermal models occasionally. That said, I believe the answer to your question is *yes*. I.e., if you are modeling thermal phenomena and have two domains that adjoin with a common boundary, then the assumed thermal *contact* resistance would be zero at that boundary. Note that *you can specify a non-zero thermal contact resistance* at the boundary, if you wish to do so.