Analytical method for torional constant
Analytical method for torional constant
(OP)
Dear Colleauges,
I'd like to calculate the torisonal constant for general shape with analytical methods. I googled for a while with deep and through search to find the solution but sitll didn't come up with anything useful other than some torsional constants for specific shapes. Computer algorithms for that is also wellcome.
Regards,
I'd like to calculate the torisonal constant for general shape with analytical methods. I googled for a while with deep and through search to find the solution but sitll didn't come up with anything useful other than some torsional constants for specific shapes. Computer algorithms for that is also wellcome.
Regards,






RE: Analytical method for torional constant
RE: Analytical method for torional constant
To narrow down the problem, I specifically would like to calculate I-shaped universal beam including the fillets, generally most of the formulas are given for I -shapes without fillets, so I'd like to include the fillets, then if I succeed proceed further to channels, angles etc.. including fillets.
Any guidance on that?
Regards,
RE: Analytical method for torional constant
RE: Analytical method for torional constant
Regards,
RE: Analytical method for torional constant
prex
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RE: Analytical method for torional constant
RE: Analytical method for torional constant
RE: Analytical method for torional constant
Whoever's telling you to include the cross section fillets needs a talking to themselves. That's a fruitless waste of human effort and/or computational power.
I like to debate structural engineering theory -- a lot. If I challenge you on something, know that I'm doing so because I respect your opinion enough to either change it or adopt it.
RE: Analytical method for torional constant
https://www.cticm.com/content/propsection-v103