Axial Deformation.MP4

[@SnakeSHlZ]

I have watch a few of your videos. Once I was into all this, but over time I let it go. I will watch all you put up and I hope that you keep up the good work! This is what UA-cam was really ment for.
Thank you.
SnakeSHlT

[@kintac01]

It is the most claer explanation I ever seen. Thanks for posting these helpful videos. Do you have any topic regarding concrete reinforcement? Thanks

[@belialbrimstone]

HAHAH!! I've only been studding engineering for a very short time and I just got the gag on your shirt!! HAHA! my first engineering gag I understand!! :D
BTW - Great lectures, they have helped me out a 9806.65Pa! :)
(I think that's right... its ment to be a one ton gag)

[@purdueMET]

@belialbrimstone Wonderful! There are lots of good engineering gags (most of them true..)
However, I guess I should point out that a ton is 9806 N rather than Pa. No worries, though. I most appreciate hearing that the video is a help to you. We professor types just live for this kind of thing :-)

[@fimeify]

@SnakeSHlZ why you let mechanics of materials go bro?

[@villy8778]

What if i need to know for an i-beam?
How will i calculate d area of d I-beam?

[@belialbrimstone]

@purdueMET Doh! >.< I guess the ironic part of getting N and Pa mixed up is if I knew what I was doing I wouldn't be watching your videos! :D
Cheers for the correction anyways :)

[@adecadewithoutlove]

God... I LOVE that t-shirt :P

[@zionsmith1093]

Thanks! Very helpful.

[@joshuacivelli]

escape velocity! lol

[@samirmuhammad4255]

Materials can speak to us, just learn the language of deformations.