Torques and angle of twist

[@Spifly5]

Very good video! I like the fact you break down the units so it's easier to see! Thank you this was a big help :)

[@Engineer4Free]

Thanks for letting me know! I thought it might be a little slow, but better to not leave anything for guessing!

[@johnos213]

Youre a life saver

[@Engineer4Free]

[@handsomeboi596]

THANKS FOR THE VIDEO! YOU ARE THE BEST

[@Engineer4Free]

YOU'RE WELCOME EASYEASY CASH!!!

[@irtesamnasrat9866]

this was helpful. thank you. ❤

[@Engineer4Free]

Great, you're welcome!!

[@Samcanplaymusic]

Dude, your site is the cat's pajamas

[@Engineer4Free]

Haha thanks man :)

[@kid0147]

Very nicely explained. Thanks a lot!

[@Engineer4Free]

Thanks for the feedback, glad you liked it!

[@RahulKumar-bx7my]

If you could have provided the derivation of Angle of Twist it would have made more easier to understand . Thanks for the video

[@uknow211]

Good video. What software do you use

[@Engineer4Free]

Lots of different software and hardware together. The full list is here: engineer4free.com/tools 🤙

[@MrAMJAD108]

Thank you very much for the information, i do have a question though, can you tell me the relation between the Strain and Torque? lets say i use a Wheatstone bridge to get a Strain, how do i use this to find a torque of a rotating shaft, would be very helpful if you'd get back to me

[@Engineer4Free]

Hey I recommend watching the first three sections of engineer4free.com/mechanics-of-materials to get more comfortable with how stress, strain, and torques all relate!

[@shahidmeir7379]

i was looking for unit of fi .but only that is missing . its in radians probably

[@Engineer4Free]

I saw your other comment, glad you found the proper unit of radians.

[@feridunabi7723]

c is the radius right not the diameter?

[@Engineer4Free]

yep c refers to radius

[@feridunabi7723]

Engineer4Free Its too late bro I already got a 100 from the final exam

[@Engineer4Free]

😂😂👌

[@fanimeproductionst.v.3735]

Where does the formula Max shear stress=(Gr/L)θ come from? Where G=Modulus of rigidity r=radius L=gauge length θ=radians

[@Engineer4Free]

Hmmm sorry I'm not familiar with that formula

[@fanimeproductionst.v.3735]

@@Engineer4Free nevermind i found out how to derive it myself. Thank you though!

[@akash_kapri]

Can u plz derive the formula

[@Engineer4Free]

Hi sorry I don’t have a video deriving it, but if you watch videos 14-21 here: engineer4free.com/mechanics-of-materials you can see more examples of it in use.

[@shahidmeir7379]

sorry at last it is given .and i was right

[@Engineer4Free]

Yeah, sorry I should have specified that earlier on in the video. Thanks for watching, glad you figured it out!

[@bartdickman2231]

776 GPa = 77.6 x 10^10 Pa