Mohr Circle for Strain - Brain Waves.avi

[@shamdamdoobley4266]

cats definatly made it more popular, thank you one million times for teaching me what my lecturer tried to but confused me more :)

[@OpenMike90]

you are making my engineering courses much easier, my friend. Thank you!

[@jona94KoL]

Professor French, thank you very much for making these videos very helpful as well as comprehensive and detailed. Greetings from Mexico!

[@RiseAgainstTheDevilAndGod]

Very helpful and I loved your experiment with the cat : D

[@indirehum]

Overwhelmingly helpful. Thanks

[@antadefector]

Must say, liked most of Your videos. I thought You would say to look at the cat and remember a Mohr's Circle... Thank You for all our videos.

[@nubsmacker]

Your videos are extremely helpful, thanks!

[@rajasekarannagarajan5715]

its so clear and short. Thanks indeed

[@LineMUp321]

you are saving me one assignment at a time thanks sooooo much as for getting popular you will when the students who try to cheat threw uni have to stop cheating.

[@vikuachumi7935]

really helpful.. thumbs up!!

[@kabbirhossain7816]

The Cat thing was great btw

[@otisgarden]

I watch your videos so much that I feel like I know you

[@feiwu6040]

you've got to be kitten me.

[@olooalfredo]

The very best on Mohr's circle problems. Just a simple question: how can I draw the Mohr circle for an open ended cylinder subjected to internal pressure only? Thank you

[@shangyin4710]

Very motivated by THE CAT, have to sign into my gmail to leave this message, hahah............Thank you, professor, my journey in engineering looks a lot more interesting from now on, keep up ur good work~~~

[@hexrx]

I came for help with using Morh's circle for strain, I stayed because of the cats.

[@MrPetisebok]

gonna have test tomorrow. hope this help

[@bbbmartin]

amazing video! but should gamma max be 848???

[@mondrongo1538]

The angle to principal strain follow the same rule as for stress?

[@Ashenfernando911]

very helpful.but how to find the direction of stresses?

[@likithnagaraja9423]

Hi Mark, In the same example if you took epsilon y to be a certain value (except not equal to epsilon x), how would the Mohr's circle then be computed? As I understand the center of the Mohr's circle should lie on the X axis, I'm not sure how you would plot the points if epsilon y had some value. Really appreciate your work, it's been very helpful.

[@Kwongtung]

That's help a lot. Thanks!

[@nightmaremodeonlife]

what abt directions of these strains can it be found out

[@kingsleyobi9608]

cool this help me a lot, thanks

[@emrage]

Is there any point in drawing a Mohr's circle for strains? Isn't the entire point of strain gauges to convert these results to stresses then draw Mohr's circle for these? Can someone please explain and not let my question go unanswered for the 30000th time on youtube..

[@tuhinsuryachakraborty]

Thanks sir❤

[@ammonlutz6]

Shouldn't gamma max be 848?

[@yogachicken1]

the cat helps a lot thx

[@sulaimanahsan6651]

Love it.

[@davidjnrananiawusah118]

Thanks

[@gaylordrama]

Double like...Verry good....

[@riccogustiadi698]

is there any bachelor degree of engineering from youtube???

[@abord1701]

Cats don't help the video but the mandolin does

[@OblivionNL]

Watched video because I heard there was a cat :).

[@YOUTUBR-u1j]

❤

[@rockfootballdude]

engineering, thou is heartless, but then along came purdueMET, thanks a lot

[@hayyyy120]

nice!

[@breezy9401]

How does this have so few views? It haz a cat in it.

[@077naba]

I like cat pretty much!!

[@actionjessie]

The cat yawned!!

[@sinchamp]

lmao i puerly watched this vdio for the cat at the end lol, only joking thanks alot buddy your vdios are amyzingly helpfull!!!!!!!!!!!!!!!!! (Y)

[@AzureWallace]

Sleepy kitty. :3

[@wirbelwind2696]

Gamma max=484.53

[@RiseAgainstTheDevilAndGod]

848.53*