- #1
Nexus305
- 13
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Hi I know the general equation for shear stress in beams is this:
Shear Stress τ = F/Ib ∫y dA
Depending on the shape of the cross section (ie. If its an I beam, T-beam, hollow square/circle) , after integration we will end up with a different equation. I want to know the exact procedure to do the integration for specific cross sections.
I want to know the derivations for the following cross sections: I-beam, T-beam, rectangular, hollow rectangular,circular and hollow circular).
I really need some help with this because I don't understand this derivation at all
Thank you so much!
Shear Stress τ = F/Ib ∫y dA
Depending on the shape of the cross section (ie. If its an I beam, T-beam, hollow square/circle) , after integration we will end up with a different equation. I want to know the exact procedure to do the integration for specific cross sections.
I want to know the derivations for the following cross sections: I-beam, T-beam, rectangular, hollow rectangular,circular and hollow circular).
I really need some help with this because I don't understand this derivation at all
Thank you so much!
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