Stress Analysis: Thick Walled Pressure Vessels, Press & Shrink Fits (4 of 17)

[@BoehmTech]

47:00 is where the analysis of the thick walled pressure vessels start.

[@Meeroo670]

Thin Walled at 37:00
Thick Walled at 47:22

[@sidharthagarwal6010]

Amazing Lecture !!!
Clearing all the concepts.
Even books can be misleading sometimes.

[@suheladesilva2933]

Hello professor, thanks for the video. Is there a reference book you recommend for solid mechanics. Thanks in advance.

[@AJ-et3vf]

Great video sir. Thank you!

[@mandyleb6925]

This is awesome; it helps so much

[@CPPMechEngTutorials]

Great!

[@mrbigcat9]

What textbook are they using in this class?

[@cruelsummer3021]

Shigley's Mechanical Engineering Design (McGraw-Hill Series in Mechanical Engineering) 10th Edition

[@changeyourmood8710]

Sir , What it means to Positive and negative shear stress , plz provide all possible cases , both in words and symbolic pattern . thank you for this amazing lecture sharing .

[@21mejia25]

Rotating rings and Disk @ 1:24:21

[@arpitjakhmola624]

I want derivation of lames theorem

[@therabbitwasalwaysbeneathm2250]

What is the R

[@jayrocapela]

R is any point in the cross sectional thickness that you are interested in for finding the stress at that point. Example, if you are finding the stress right at the center of the thickness we take the average of r or... (ro-ri)/2=R

[@therabbitwasalwaysbeneathm2250]

Lijah Rose thank you.

[@ahmedattia4737]

Can someone please mention the name of the book.

[@hhemida9715]

Shigley's Mechanical Engineering Design (McGraw-Hill Series in Mechanical Engineering) 10th Edition

[@QueenDee-cb7gd]

Best

[@EdZeind]

A high school harangue.

[@jouheynahedhli8318]

the name of the book used please

[@danarredondo1353]

Shigley's Mechanical Engineering Design (McGraw-Hill Series in Mechanical Engineering) 10th Edition

[@mandyleb6925]

thanks

[@mengfanbo6729]

good lecture but the recording sucks, the angle of the camera keeps changing. Should split screen