Product Simulation in Inventor Nastran: Application of Loads

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Welcome to the “Finite Element Analysis - Loads” section. This video covers Multiple loads and a concept of load cases or sub-cases.Being aware of the types of loads available and the ways in which you can apply them to your geometry is fundamental to your being able to successfully set up and analyze geometry that is representative of the conditions your geometry will experience.
By the end of this section, you should be able to:
- Know what types of loads are generally available.
- Have an understanding of how these loads might be applied to the geometry.
- Understand the usage of sub-cases.
- Be aware of how to review the results of an analysis with multiple sub-cases.

[@navalfa7291]

thanks Mike.

[@vaseknovak1272]

Thanks a lot for this video. I woud like to ask, when you test something on stress analisys through the Nastran, why you quater this thing? Thank you for your answer

[@AutodeskMFG]

Symmetry is going to save you runtime on symmetrical models.

[@CD-zf5hf]

If you wanted to set a load not in the X Y or Z direction for example at 45 degrees, do you know how would you do that?

[@AutodeskMFG]

I would checkout the forum: forums.autodesk.com/t5/nastran-forum/bd-p/97

[@andyblue001]

Is it possible to use a blast loading in inventor nastran? thanks

[@AutodeskMFG]

Hi Andy Caňas,
The best way to get a detailed response to your Inventor-specific questions is by posting on the Inventor Forum.
Here's the link: forums.autodesk.com/t5/inventor-forum/bd-p/78
Hope this helps!
Best regards,
The Autodesk Inventor Team

[@paulparker7992]

Surely its Conduction within the material not Convection ?