1a | MSE203 - Defining Stress States

[@Slizz02]

you are my savior. I wish all professors taught in such a clear way and had the skill to come down to the student's level

[@alsonlovemoresanganai9877]

this lecturer hey hey, you makes everything simple, very simple, thank you man , i repeat thnks

[@ahmedtaha9731]

Thank you so much for sharing these informative lectures online.

[@ZaidBeiruty97]

One of the best videos i have seen. I am currently taking this in university

[@saimonredil476]

3:42 R in x direction not in y direction.

[@HarshShah-yt6tw]

Very well explained in simple and basic way...Thank you for posting the video

[@jingchenhu4819]

Thank you for the lecture, may I ask a question, at 5:07, why S_x=Q_x? If this follows from the force balance on the cube, then should we also take the effect of P_x R_x into account?

[@basilbottempop]

Hello, thank you very much for posting these videos, they are a great explanation, approach and resource! I do have a question for you and/or the community, at 7:31 (as you are starting to balance the moments) you multiply Tau_yx by dx, is that so that you can convert Tau_yx (a stress) back to a force to then multiply by the distance to the center (dy/2)? Thanks!

[@Quantum-Entanglement]

Yup.

[@arthuriglesias13]

helped a lot, thanks! Please keep posting.

[@masmy93]

thank you. You made everything looks easy

[@ijazlal2401]

Excellent David Dye

[@anikfaisal]

hydrostatic stress would occur under water if water is static. if the water is flowing (like in the sea) there will be shear stress on the cube, no?

[@Izzieymaz]

Thank you so much for the video sir

[@engineeringnerds16]

Excellent

[@tuanphamrmit]

Thank you so much for sharing this video!

[@83isack]

22:11 he's falling asleep on his own words :)

[@EderNelQuezadaRamos]

thanks. I found it useful

[@maheshbabu540]

Thanks mate!

[@soheil4233]

I'm pretty certain that the hoop and axial axis should be swapped

[@uditmamoriya8301]

u r fabulous sir.. thanks a lot :)

[@91099Babar]

You should explain simple a bit more regarding free body diagram ....how you just plotted equation of differential or integral ( maths model ) for freebody ? you should provide us more Arthematics or Algebraic background while explaining advance version of any Equation ( the foundation of knowledge ) .

[@DavidDyeIC]

This course runs on from a first year course where free body diagrams are discussed, but really for this, you only need what is taught in (UK) high school about equilibrium.

[@sameerkhaleel3754]

Thank you

[@monoman4083]

Clear...

[@messifana]

27:18 Name of the book, please.

[@coobit]

Nice explanation of stress tensor. But you have started with a 2D model of a stress tensor. Should have stick to it. IMHO

[@sunilgavade2293]

Great

[@RohithKK-uh7pp]

verynic

[@mahmouedsabaansabaan4082]

ممكن بالعربي

[@GrosGhiles]

ESTPien en galère hahaha

[@upanddown7911]

Thank you sir. very useful.

[@amechiboniface8766]

thank you