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Filtrer

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cooling of welded bars

Posted 5 janv. 2017, 16:25 UTC−5 Version 4.3b 3 Replies

James Bamigboye
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Hi Guys,
I want to appreciate all who have made selfless sacrifices to upload tutorial materials on Comsol which have really helped me to learn the use of the software to this level.

How do I subject a heat transfer problem (Welding precisely) to cooling back to room temperature?
I have tried coupling heat transfer and fluid flow to no avail.

Please, kindly share with me possible solutions.
3 Replies Last Post 9 janv. 2017, 10:53 UTC−5
James Bamigboye
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Posted: 8 years ago 5 janv. 2017, 19:37 UTC−5
Or better stili, which Multiphysics combination will give a suitable simulation?
Or better stili, which Multiphysics combination will give a suitable simulation?
Jeff Hiller COMSOL Employee

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Posted: 8 years ago 6 janv. 2017, 09:01 UTC−5
Heat transfer between a solid domain and a fluid domain is referred to as conjugate heat transfer. You will find a conjugate heat transfer tutorial in the Introduction to COMSOL Multiphysics manual, version 5.2a, starting on page 114 (cdn.comsol.com/documentation/5.2.1.262/IntroductionToCOMSOLMultiphysics.pdf).
All manuals are accessed through File>Help>Documentation.
Best regards,
Jeff
Heat transfer between a solid domain and a fluid domain is referred to as conjugate heat transfer. You will find a conjugate heat transfer tutorial in the Introduction to COMSOL Multiphysics manual, version 5.2a, starting on page 114 (https://cdn.comsol.com/documentation/5.2.1.262/IntroductionToCOMSOLMultiphysics.pdf). All manuals are accessed through File>Help>Documentation. Best regards, Jeff
James Bamigboye
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Posted: 8 years ago 9 janv. 2017, 10:53 UTC−5
Ok sir, I will try to explore the conjugate heat transfer module and see what progress I can make. Thanks n remain blessed.
Ok sir, I will try to explore the conjugate heat transfer module and see what progress I can make. Thanks n remain blessed.

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