Shear Stress in Shaft due to Torsion

This video demonstrates how to calculate shear stress in a shaft with multiple applied torques.

[@user-bt9zq3ir3z]

This is really great. My professor this semester is really disorganized and explains things rather poorly. This video really, really helped me. 😀

[@joebuzz6430]

Still the best method I've found. Thanks!

[@nutsuloid1887]

So great! Thanks a ton

[@saqibwazir1083]

tnnx for giving the salutation of this numerical..i am so happy because tomorrow was my presentation in it ..

[@felixyi349]

nice video very helpful, thanks

[@ajwadfidah6167]

thanks a lot..i will be grateful to you forever

[@tturi2]

i was having trouble with my units thank you

[@Mtmtmtmtmtmtmtmtmtmtmt]

Thank ya kindly for the vid!

[@YashwantSingh-dk7qj]

Good job

[@bridgetzulu619]

Thank you

[@shakoorvlogs272]

Wow nice

[@cabrakan0883]

Great video and lovely accent!

[@burhantaha1642]

can somebody tell me what to do if the shaft is fixed at both ends?, any relations with downwards and up wards force and all that?

[@ballinthewall1827]

Is this a torsional deformation?

[@cultures-83]

thank you

[@NiX_0]

What if we assume the shaft isnt connected to the wall, how will you know which is the positive direction

[@theryderproject5053]

Since we are summing torques to zero (for equilibrium), then it actually doesn't really matter which way you assume as positive as long as you're consistent.

[@NiX_0]

@@theryderproject5053 Thanks for your help!

[@Parveen-20chd]

A steel shaft 50mm diameter and 0.5 m long is subjected to a twisting couple of 10³ Nm and the total angle of twist is 0.6°. Find the maximum shearing stress developed in the shaft and the modulus of rigidity. Plz solve this and give answer🙏

[@miguellodero9534]

So cute

[@zeynep1051]

btw you are mistaken about the Torsion graph, right hand rule must be applied for internal torque not for external one so the graph should be upside down.

[@theryderproject5053]

Hi. It doesn't really matter which way you pick - just as long as you are consistent.