M33- Combined loading (Right hand rule in 3D structures)

[@matthewdaniel1715]

I've been pondering about the right hand rule for a while now. just a 3mins watch, I got it alright. Thanks for saving me.

[@thoalfiqarhafid7522]

I have watched hundreds of videos on the subject of 3D stress analysis, and this is the best one I have found. You are brilliant! Thanks.

[@shivappaag4136]

Concept is clear
Thank you 👍
Please upload more videos.

[@theresadaher7024]

thank you so much

[@mohamedharun5355]

thank you sir

[@samkeloinnocent8316]

Hello sir, are your calculation for all the section properties correct?

[@MechanicsofMaterialsLibre]

is there a particular part that you want to be verified?

[@samkeloinnocent8316]

@@MechanicsofMaterialsLibre I am getting different answers to yours for moment of inertia and J and Q, I used 216mm as my outer diameter and for inner diameter I subtracted he thickness and got 208mm, what was your inner diameter that you used?

[@MechanicsofMaterialsLibre]

@@samkeloinnocent8316 I see. The inner diameter is 200 mm since the wall is on both sides and thickness should be subtracted twice. Hope that helps!

[@samkeloinnocent8316]

@@MechanicsofMaterialsLibre okay thank you so much sir your videos help me a lot🤗

[@MechanicsofMaterialsLibre]

@@samkeloinnocent8316 Glad to hear that it was helpful