Cylinder Stress

[@khanghuynhnguyentan4347]

Thank you, I did stress analysis several times but still forget stress theory. You make it clear quickly.

[@maarijatif9896]

Amazing, right to the point and covered everything. Very helpful!

[@dan_cr8or]

Thank you for this time-saving video!

[@suheladesilva2933]

Hi, what is the reference book you have used in this video? Thanks.

[@WONMARK]

You're here casually saving my semester

[@mustakimahmed1682]

Thank you so much for ensuring all term easily.

[@MrHigorcalheiros]

Nice video! Which book are you using?

[@川普-s9m]

why in a lot of problems, it's referring the tangential stress to the tensile stress?

[@dimilands]

but what is the p you use on the thin walled pipe??

[@Quincywols]

Very good and fast explanation. Thank you

[@cogitateandabet]

which textbook are you using?

[@AJ-et3vf]

Great video. Thank you

[@isnardyjosetorofonseca3926]

How do you calculate radial stress and shear stress near the wellbore region based on elastic mechanics theory.

[@سيفالديناحمدالجنابي]

Can you teach me the theory of plasticity yield on this subject???

[@helenasalim]

Before your video it was difficult after your videos it became silly. Thank you

[@lalitsuthar3451]

hello sir i have a question from strength of material can you help me

[@barbeesonowal7823]

How to fine the radius r

[@muhammadsohail9905]

You needed to show the axial stress as well....... by modeling it...

[@amatoallahouchen5894]

great videos thanks!

[@wackosardar6964]

Great video dude. Thanks

[@seraphin_creates]

Very good video!

[@johnkim4671]

Great vid, thanks!

[@shaikanwarahmadh535]

what is "r" in the above equations

[@austindiodene972]

R is radius to any given point on the cylinder

[@DTMugetsu]

depends on what you need.

[@thej1091]

Can you attach the PDF link of the notes ?

[@ajaykrmahato9157]

Thank u sir . Very useful video for me😃

[@alirezanejat]

Great video. Thank you.

[@bircemataselim5995]

It was very clear and helpful. Thank you

[@farmerking1135]

great video thanks man

[@J.K.Production]

Thanks man, good video!

[@enotdetcelfer]

Fantastic, thank you

[@MrDakshinamurthy]

thanks

[@ashenblad3]

Great video but you did one simple mistake... INTERCHANGED THE FORMULAS OF RADIAL AND TANGENTIAL STRESS.

[@chamothdhasanliyanage1007]

Yes it should be + for radial & - for hoop stress.

[@HogerzGunz04]

@@chamothdhasanliyanage1007 no. it is correct. read this book and get smart: www.springer.com/gp/book/9783319006895 :)

[@zyfyxi]

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.

[@Aqeel1333]

That’s great dude Can I get this ppt. ??? Please reply my comment 🙏🏻🙏🏻🙏🏻🙏🏻

[@rockyjr.1163]

splendid

[@cajunmandick2985]

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.

[@LilP6588]

Bro is upset because his ape brain can’t comprehend simple calculus.

[@HamzaDjeloud]

Thanks man, good video!