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Creep Analysis

5 REPLIES 5
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Message 1 of 6
Anonymous
632 Views, 5 Replies

Creep Analysis

Can Nastran-in CAD do creep analysis?

 

Cheers

Craig

5 REPLIES 5
Message 2 of 6
John_Holtz
in reply to: Anonymous

Yes. See Section 18: Nonlinear Materials 



John Holtz, P.E.

Global Product Support
Autodesk, Inc.


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"The knowledge you seek is at knowledge.autodesk.com" - Confucius 😉
Message 3 of 6
Anonymous
in reply to: John_Holtz

Do you have a sample analysis or tutorial  I could have a look at ?.

 

 

Message 4 of 6
John_Holtz
in reply to: Anonymous

Hi,

 

I will check if anyone has an example that can be shared.



John Holtz, P.E.

Global Product Support
Autodesk, Inc.


If not provided already, be sure to indicate the version of Inventor Nastran you are using!

"The knowledge you seek is at knowledge.autodesk.com" - Confucius 😉
Message 5 of 6
Anonymous
in reply to: John_Holtz

Hi @John_Holtz ,

 

The link that you shared in an earlier reply mentioning that creep analysis is possible does not work anymore. Could you please direct me to the updated page if there is one?

 

Thanks in advance

Message 6 of 6
Anonymous
in reply to: Anonymous


...  Could you please direct me to the updated page if there is one? ...

Deep links to the online help don't work now and then. Goto the online help

 

http://help.autodesk.com/view/NINCAD/2017/ENU

 

Navigate to "Self-Paced Trainig" open "Section 14: Nonlinear Static Analysis" click to "Section 18: Nonlinear Materials".

 

201202-SptSection18.png

 

You will find it also in later releases of the online help.

 

In 2021 the deep link works (at this moment):

http://help.autodesk.com/view/NINCAD/2021/ENU/?guid=GUID-589E8565-42AF-497B-8FDD-541C954A01F0

 

"Inventor Nastran allows the definition of two other nonlinear material models, hyperelastic, for rubber and other elastomeric materials, and viscoelastic, for time-dependent response such as creep. Each of these nonlinear material models requires more detailed knowledge of those phenomena as their behavior is not quite like common structural materials."

 

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