Upright FEA correct?
Upright FEA correct?
(OP)
Hello,
i´ve a question about FEA. I designed an upright for a virtual car. I want to check if that upright is big/stiff enough, but i´m not sure if my FEM model is correct.
The bearing cup I fix in all 6 DOF on these two surfaces you can see in the picture.
The forces I applied at the holes on top and bottom with there X,Y,Z components.
This that correct or is there another better way to do that.
I know there missing things like Brake and Steer bracket but the picture are just for showing the Basic Problem.
http:// files.engi neering.co m/getfile. aspx?folde r=7c2a0204 -d530-41d4 -9e33-97f9 5862f5ca&a mp;file=Up right_cons trains.jpg
htt p://files. engineerin g.com/getf ile.aspx?f older=b385 5af5-7366- 4d59-9edc- 5e8e9b8023 69&fil e=Upright_ forces.jpg
i´ve a question about FEA. I designed an upright for a virtual car. I want to check if that upright is big/stiff enough, but i´m not sure if my FEM model is correct.
The bearing cup I fix in all 6 DOF on these two surfaces you can see in the picture.
The forces I applied at the holes on top and bottom with there X,Y,Z components.
This that correct or is there another better way to do that.
I know there missing things like Brake and Steer bracket but the picture are just for showing the Basic Problem.
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RE: Upright FEA correct?
Also go the other way around.
I mean put constraints on the holes and put forces at the bearings.
PGP
RE: Upright FEA correct?
Are they other prof. methodes to calculate an Upright?