08.1 Plane stress transformation

[@seetllee]

This is by far the best explanation ive had on this subject. Im really impressed. Thank you!

[@A-Karim]

thanks, that you bring the example of air tank because we were only taught on how to find the new stresses without making sense of why we are even rotating it

[@namratasarkhot3686]

You, sir, deserve a trophy. Your explanations are the best. Not only do they help me understand but also visualize exactly what's going on!!!!!!

[@loveofkemet]

excellent presentation. Straightforward, no waffle, good stuff

[@niranjanwagh5767]

Very much thanks for the actual simulation. I have almost all the animated video regarding this. But Didn't understood a thing until now when I saw the actual simulation of it.

[@mukukamwenya9800]

u are truly a blessing , thanks for this complete and well explained video

[@ogunstega7348]

Best Explanation ever on stress transformations

[@RichardELara]

My favorite professor ever!

[@AJ-et3vf]

Immensely helpful elucidation! Using the sinusoidal graphs in the end brilliantly, vividly, and visually explains it so well.

[@nahuel3256]

what a masterpiece!

[@hashirhabib6630]

Thanks for the help please keep it up

[@Simplicity_09]

could you add some more videos on mechanics of material. These are really helpful.

[@group555_]

Great video, do you have any sources where I can see how those formulas where constructed?

[@sammatthew7]

To the point !! Thank you very much Sir

[@arnar9478]

first you say that when theta = 0 the shear stress is 0 at 2:22 but then you show a graph that shows shear stress not equal to zero when theta is zero

[@mlungisichonco2196]

Proving the man is a simple human being not a robot or angel , I hope that where u are going with ur observation nothing more

[@arnar9478]

@@mlungisichonco2196 lol that's not where I was going. I just wanted clarification so I could understand better whats going on and which of the two things are true or if they are both true how is that reconciled etc...

[@xolanimavuso6989]

Life saver you are

[@rohitsinghbhau4978]

What is your refrence plane ,vertical plane or horizontal plane ?🧐

[@kishorekishore2127]

thank you sir ... i had learn lot ........

[@reissbennett5818]

how does the equation for tan2(theta p) become just theta p?

[@tomaszniemy6066]

Ever heard about arctan? It's tan^-1 on a calculator. Then just divide by 2.

[@guybrushwayne4388]

Now when you say rotate the element, does that mean that you rotated the tank in the example or that the tank stays stationary and we simply skew the small square we are looking at on the stationary tank or does it mean that we are rotating the tank itself?

[@introductoryengineeringmec9114]

The tank always stays in its original position. The square element is being rotated through the angle theta relative the axis of the cylindrical portion of the tank. Essentially we are looking at the stresses on various planes in the tank wall. Let me know if my answer is not clear. Thank you for your question.

[@samibasha]

Thank you it was very helpful

[@AmroThe7D]

I FUCKING LOVE YOU , saving my ass with your angelic voice

[@Lamgiahuy_97]

Genius 👍

[@alwan406]

How to draw the diagram for stress and angle thita

[@quazarx1206]

Thaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaank youuuuuuu You helped me alloooooooooooot