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Please take a look at this ebook for some tips on Heat Transfer analysis with OptiStruct.
https://altairuniversity.com/free-ebook-thermal-analysis-with-optistruct/
tutorial OS-T 1090 is almost what you need, but you will need to change from Heat Flux (surface) in Step 5 to QVOL (volumetric) applied to your solid elements.
alright. thank you Mr Adriano
Please take a look at this ebook for some tips on Heat Transfer analysis with OptiStruct.
https://altairuniversity.com/free-ebook-thermal-analysis-with-optistruct/
tutorial OS-T 1090 is almost what you need, but you will need to change from Heat Flux (surface) in Step 5 to QVOL (volumetric) applied to your solid elements.
But, for QVOL, do i need to make conduction surface elements first?
Please take a look at this ebook for some tips on Heat Transfer analysis with OptiStruct.
https://altairuniversity.com/free-ebook-thermal-analysis-with-optistruct/
tutorial OS-T 1090 is almost what you need, but you will need to change from Heat Flux (surface) in Step 5 to QVOL (volumetric) applied to your solid elements.
i got error
*** ERROR # 5028 ***
QVOL does not refer to valid heat conduction elements.
QVOL ID = 41.
how to resolve this?
i got error
*** ERROR # 5028 ***
QVOL does not refer to valid heat conduction elements.
QVOL ID = 41.how to resolve this?
i would follow the tutorial, and change the flux by a QVOL and give it a try. Is that what you've tried?
Can you share some pictures?
QVOL is applied to a solid element (hexa or tetra).
Please take a look at this ebook for some tips on Heat Transfer analysis with OptiStruct.
https://altairuniversity.com/free-ebook-thermal-analysis-with-optistruct/
tutorial OS-T 1090 is almost what you need, but you will need to change from Heat Flux (surface) in Step 5 to QVOL (volumetric) applied to your solid elements.