Thermal Analysis using ANSYS Workbench

[@sdlongbeach]

Very clear and straightforward!

[@drmseif]

Thank you so much for the feedback. I am glad you found it interesting.

[@Husshar_Ladka]

Thanks Sir, It way very helpful ...

[@AhmedIbrahim-wj7no]

Hello Dr. Seif, I am working with ANSYS workbench. I did an assembly consists of 339 Bodies and I defined everything and it has a Hauge number of contacts and I solved it in static structural "nonlinear" successfully. Now, I want to do Transient Thermal analysis using the same model. How I can get all structural model definitions into transient thermal? Do you have a way I can follow to save time and effort?

[@骚当莱文]

Sir, thank you for sharing this video. I wonder if thermal stress analysis can define the initial residual stress field. Thank you

[@stanislavsidnei1055]

Good health, please tell me how to open RTH files. I’m interested in how the temperature is distributed over the cross section regardless of time, namely over the cross section, that is, the coordinate points of the surface of the part

[@hoomantaghavi5341]

How did you define the material for this model? it seems that we do not need the post processing area anymore, am I right?

[@drmseif]

ANSYS workbench made it easy in solving any prolem. To answer the material question, the first step is to assign the material from the engineering data. If you donn't, ANSYS will select the default material (steel structure). I am planning on making a vedio about how to select the material or add new materials. Thanks and wishing you the best of luck.

[@hoomantaghavi5341]

@@drmseif That would be perfect! Thank you for your help and response.

[@abhiabhi9816]

Sir can I know Which file format you are imported and in which software you are model the part

[@drmseif]

The file was saved in igs format using Solid Edge. Here is the link on how to develop the model (kzbin.info/www/bejne/nGekZGSOepabjaM).

[@FraudDetector134]

بالتوفيق ان شاء الله ربي يحفظك

[@drmseif]

حفظك.الله جزاك الله خيرا

[@manojgowda4025]

Op sir 👍🏻🔥

[@anilaratikatla6130]

good one

[@drmseif]

Thank you for the comment and wishing you all the successes.

[@khaerulhamdi6784]

thanks..

[@drmseif]

You are more than welcome.

[@altros2566]

poli 🤖