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
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!
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.
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 :)
Thanks for letting me know! I thought it might be a little slow, but better to not leave anything for guessing!
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this was helpful. thank you. ❤
Great, you're welcome!!
Dude, your site is the cat's pajamas
Haha thanks man :)
Very nicely explained. Thanks a lot!
Thanks for the feedback, glad you liked it!
Good video. What software do you use
Lots of different software and hardware together. The full list is here: engineer4free.com/tools 🤙
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
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!
If you could have provided the derivation of Angle of Twist it would have made more easier to understand . Thanks for the video
i was looking for unit of fi .but only that is missing .
its in radians probably
I saw your other comment, glad you found the proper unit of radians.
c is the radius right not the diameter?
yep c refers to radius
Engineer4Free Its too late bro I already got a 100 from the final exam
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Where does the formula Max shear stress=(Gr/L)θ come from?
Where
G=Modulus of rigidity
r=radius
L=gauge length
θ=radians
Hmmm sorry I'm not familiar with that formula
@@Engineer4Free nevermind i found out how to derive it myself. Thank you though!
Can u plz derive the formula
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.
sorry at last it is given .and i was right
Yeah, sorry I should have specified that earlier on in the video. Thanks for watching, glad you figured it out!
776 GPa = 77.6 x 10^10 Pa