Mechanics of Materials-Lecture-08-Generalized Hooke's Law

[agnidhroganguly]

A great video which is very easy to follow and understand . This video will be very helpful for beginners . I had just started learning Solid Mechanics and this video helped me in clearing the concept of Generalised Hookes Law. Thanks a lot Sir . GOD bless you.

[aymericzambo]

THank you sir for the explanation. I have been trying to figure out for over 15 minutes where they got that expression for Ex, Ey and Ez and now it is so clear. This has been of much help to me . Thank you again

[aimanal-akwaa]

man - you are good. ill share it with my class mates.

[alirezakarimi]

Excuse me Sir, I think in the second example let's say in 21:00, you made a miscalculation for epsilon z.I checked it with 2 different ways and I found it only 10^-4.Is it possible for you to check it ?

[DesireeLekamge]

me about to cry becasue this is so much better than my lectures( still grateful for both tho)

[vilivont]

Really great lecture, thank you a lot.

[Leonanas]

easy to follow and concise! thank you for this video (:

[mrvk]

Why have you reversed the terms in the poission's ratio?
Isn't it supposed to be the Ratio of the Lateral strain to the Axial strain?

[druzzee]

Hello, thanks for the video! Could you explain maybe how to express Sigma x, Sigma y and Sigma z through Epsilon x Epsilon y and Epsilon z. You somehow sum these Epsilons and you get +nu(epsy+epsz))

[mojojojo]

Thank you for the video!

A little comment: the letter ''ν'' is Greek and it is pronounced ''nee''.