Different types of stress (Lecture and example)

Different types of stress will be discussed in this lecture including normal stress, shear stress, and bearing stress. Three examples are also presented to study various types of stress in structures.
The learning outcomes are:
Distinguish between shear stress and normal stress
Describe bearing stress and calculate it in the contact area
Use the stress equation to calculate stress in various elements
Identify the double shear connection
0:00 Normal stress and shear stress
1:42 Bearing stress
2:36 Example 1
4:04 Example 2
8:17 Example 3
12:58 single shear and double shear connections
Note: On step (3) of the 3rd example (~minute 8), use the correct diameter of d=12 mm instead of 8 mm. The equation is correct but the value should be updated.

[@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!

[@sajademad117]

BY FAR THE BEST EXPLAINTAION I FOUND. Thank you!

[@saifujiwara3941]

Great explanation, thanks so much

[@jyotisurve-g9t]

Nicely explained Sir. You really nailed it. Fantastic.

[@twanaismail4314]

Best explaination for stress

[@georgesfarah3013]

keep this up you are helping quite a lot

[@laizy7198]

Wow this made me imagine and understand how it works

[@yousfhelal321]

thank you Mr. for that video

[@MohaMohamoud-r2d]

amazing explanation thanks for your time sir

[@Kunal_KGP]

Wonderfully explained!!

[@zoereed4010]

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

[@JamilaMarySwenC.]

thank you for thisssss! big help, Sir!

[@geneva1202]

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

[@myatnoeeain4881]

Very helpful 🎉🎉

[@Jamshid-art]

Outstanding 😍

[@Upendra.Bhattarai]

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

[@alhejohnmeriales8605]

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

[@AndrewOsei]

You are superb

[@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.

[@sulwana9627]

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

[@FJZURDO]

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

[@Ksaivarma3]

very nice video

[@rjh7726]

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

[@sebastian.B0]

Thank you!

[@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

[@zaynzayn1]

❤

[@EuphoniousASMR]

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

[@jerrysmith9780]

You're not alone LOL

[@mohamedmagdy299]

👍

[@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]

[@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 🎉🎉