Different types of stress (Lecture and example)

[@sajademad117]

BY FAR THE BEST EXPLAINTAION I FOUND. Thank you!

[@wmaxsen]

To be honest, this is the best explanation I have seen so far. The animation truly helps us see what goes on in these situations, it's very informative. Many thanks for your efforts!

[@saifujiwara3941]

Great explanation, thanks so much

[@twanaismail4314]

Best explaination for stress

[@georgesfarah3013]

keep this up you are helping quite a lot

[@jyotisurve-g9t]

Nicely explained Sir. You really nailed it. Fantastic.

[@MohaMohamoud-r2d]

amazing explanation thanks for your time sir

[@zoereed4010]

I would like to see more examples for finding bearing stress and determining shear planes

[@Kunal_KGP]

Wonderfully explained!!

[@laizy7198]

Wow this made me imagine and understand how it works

[@yousfhelal321]

thank you Mr. for that video

[@myatnoeeain4881]

Very helpful 🎉🎉

[@Jamshid-art]

Outstanding 😍

[@geneva1202]

Thank you! If you could raise the video image clarity would be great!

[@JamilaMarySwenC.]

thank you for thisssss! big help, Sir!

[@piasdas1800]

Please check if the area of the bolt in Example 3(case 2) is correct. To me it is 0.1963 in^2 not 0.0977 in^2.

[@Upendra.Bhattarai]

Types of stresses: Normal stress, shear stress, bearing stress

[@AndrewOsei]

You are superb

[@alhejohnmeriales8605]

Oh our Prof didn't mention that bearing is just normal force. This is why I was confused about bearing

[@rjh7726]

Where did the 288mm^2 came from in 5:30?

[@Ksaivarma3]

very nice video

[@MJ-wz8ey]

there is error in the calculation ,EX2 , step 3 shear stress in the bolts , you use the value of thickness (8mm) instead of diameter of bolts (12mm) in area , thankx

[@jakomuya6444]

you are right

[@MechanicsofMaterialsLibre]

Yes you are right. The equation is correct but d = 12 mm. Thansk for the catch

[@sulwana9627]

Why shear stress area we need to use bolt surface area?

[@sebastian.B0]

Thank you!

[@FJZURDO]

Have a mistake in the diameter = 12mm not 8mm at minute 8:02

[@zaynzayn1]

❤

[@EuphoniousASMR]

I never really understood the difference between normal and bearing stress. can anyone explain?

[@jerrysmith9780]

You're not alone LOL

[@eagel1464]

A very simple detailed explanation that helps the student understand the lessons easily thank you >>>>could I got your email, please?

[@nicklibre7936]

Thank you, you can reach out to me via [e-mail]

[@mohamedmagdy299]

👍

[@wazir252]

💙💙💙💙💙🌺🌺🌺🌺🌺🌺

[@alexandreboulch5455]

Come on, people need to stop believing that the stress is constant over a section. In real life it’s almost never the case. F/S is such a misleading way to see the stress. The tensor and Mohr’s circles is a much more physical and useful way to see and understand it.

[@ami6packs]

Could you please explain more?

[@myatnoeeain4881]

Very helpful 🎉🎉