The equation is correct, but I can understand why people say otherwise. Other sources will have external pressure minus inner pressure which would mean that it is + radial and - for hoop. This equation is inner pressure minus outer so it is - for radial and + for hoop. Both are same it just a matter of preferences. I am no mean an expert, so please correct me if I have made a mistake.
I've never heard more bullshit language describing common sense conditions in my life!. It's very obviouss that you've never built a high performance engine of any application. So let's review, fancy words for someone who has no real knowledge only academic knowledge.
Thank you, I did stress analysis several times but still forget stress theory. You make it clear quickly.
Amazing, right to the point and covered everything. Very helpful!
Thank you for this time-saving video!
You're here casually saving my semester
Thank you so much for ensuring all term easily.
Great video. Thank you
Very good and fast explanation. Thank you
Great video dude. Thanks
Nice video! Which book are you using?
Before your video it was difficult after your videos it became silly. Thank you
Hi, what is the reference book you have used in this video? Thanks.
How to fine the radius r
Very good video!
great videos thanks!
Great vid, thanks!
but what is the p you use on the thin walled pipe??
which textbook are you using?
why in a lot of problems, it's referring the tangential stress to the tensile stress?
Great video. Thank you.
great video thanks man
Thank u sir . Very useful video for me😃
It was very clear and helpful. Thank you
How do you calculate radial stress and shear stress near the wellbore region based on elastic mechanics theory.
Thanks man, good video!
Fantastic, thank you
Can you teach me the theory of plasticity yield on this subject???
You needed to show the axial stress as well....... by modeling it...
hello sir i have a question from strength of material can you help me
what is "r" in the above equations
R is radius to any given point on the cylinder
depends on what you need.
Can you attach the PDF link of the notes ?
splendid
thanks
That’s great dude
Can I get this ppt. ???
Please reply my comment 🙏🏻🙏🏻🙏🏻🙏🏻
Great video but you did one simple mistake... INTERCHANGED THE FORMULAS OF RADIAL AND TANGENTIAL STRESS.
Yes it should be + for radial & - for hoop stress.
@@chamothdhasanliyanage1007 no. it is correct. read this book and get smart: www.springer.com/gp/book/9783319006895 :)
The equation is correct, but I can understand why people say otherwise. Other sources will have external pressure minus inner pressure which would mean that it is + radial and - for hoop. This equation is inner pressure minus outer so it is - for radial and + for hoop. Both are same it just a matter of preferences. I am no mean an expert, so please correct me if I have made a mistake.
I've never heard more bullshit language describing common sense conditions in my life!. It's very obviouss that you've never built a high performance engine of any application. So let's review, fancy words for someone who has no real knowledge only academic knowledge.
Bro is upset because his ape brain can’t comprehend simple calculus.
Thanks man, good video!