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Message 1 of 7
Anonymous
500 Views, 6 Replies

Forces in Walls

Hello!

 

I am modelling a structure in 3D and would like to check the forces in the core walls. Normally, you can simply look at the reactions, but I am supporting the walls on a raft foundation. Is there a way of checking the load under the wall being transmitted to the raft?

 

Thanks

 

David

Tags (1)
6 REPLIES 6
Message 2 of 7
Artur.Kosakowski
in reply to: Anonymous

Try to look at the reduced results for panels or panel cuts.

 

If you find your post answered press the Accept as Solution button please. This will help other users to find solutions much faster. Thank you.



Artur Kosakowski
Message 3 of 7
Anonymous
in reply to: Artur.Kosakowski

Ok, thanks.

 

Not sure how you can extract the axial force below the wall though?

Message 4 of 7
Artur.Kosakowski
in reply to: Anonymous

TRy.PNG

 

http://docs.autodesk.com/RSAPRO/2014/ENU/filesROBOT/GUID-3936FDA3-5DFD-4F31-B16A-F0208A451282.htm

 

If you find your post answered press the Accept as Solution button please. This will help other users to find solutions much faster. Thank you.



Artur Kosakowski
Message 5 of 7
Anonymous
in reply to: Artur.Kosakowski

Thanks Artur,

 

I can get the tabulated reduced results for the panels, but is there a way to display these grapically so I know where the different values correspond to?

Message 6 of 7
Artur.Kosakowski
in reply to: Anonymous

Please check http://forums.autodesk.com/t5/Autodesk-Robot-Structural/Redused-results-for-panels-vs-Core-walls/m-p... (message 10). Use Panel cuts - reduced forces.

 

If you find your post answered press the Accept as Solution button please. This will help other users to find solutions much faster. Thank you.



Artur Kosakowski
Message 7 of 7
Artur.Kosakowski
in reply to: Anonymous

Just to make sure I answered the right question: if by the axial force you mean the vertical one then in a wall then it is NRx. If you mean the axial in the wall foundation (horizontal along the the wall) then it is TRy. 



Artur Kosakowski

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