I think clarification on the horizontal vectors for the normal bending for each of the micro units would help; since, the acting force comes from above as the normal stress. Thanks.😊
thank you for explaining the part of the sign of the shear forces directly to the left and right of the load, because I was wondering why my shear force diagrams started positive and went into negative, much appreciated
One thing that was confusing me is that my book says shear stress also has a normal complimentary component. So it makes it seems like shear is both transverse and normal.
Fist of all great video, you explained things very well and your animations make it easier to visualize everything. I have a question, What's the difference between Mc/I and -My/I. I seen a few examples that use Sigma a=N/A-MzYa/Iz. It seems like they are finding stress by subtracting bending stress to axial stress. I'm a bit confused with that.
Is there such a thing where the shear force is more than two? For example there are six areas that is affected by the shear force. Hoping for a response thanks
This is the only video that explains about the vertical and horizontal shear stress of a beam, Thank you very much for sharing.
Direct to the point, it's fast, well explained and made very simple, just what I need, thanks for the vid
Thanks
Professor Arron
No one speaks better mechanic of materials then American
So great! I am slowly becoming less stressed for my statics exam thanks to your help. Thank you so so much!!!!
Excellent video
One of the simple & understable video for stress overview.....thank you sir
I think clarification on the horizontal vectors for the normal bending for each of the micro units would help; since, the acting force comes from above as the normal stress. Thanks.😊
great video for recapping stress
Great Video. Thanks a lot !! The visualisation solved all the doubts. Cheers !!
Please continue to give us your significant knowledge like this.
❤️ Thanks brother
thanks for your helpfull lession cuz im not understand stress well yet but after your lession i think i got our sense
Very good explanation
Perfect conceptual approach. Extra points going for your nail demonstration.
great and clear explanation
I learn from this video more than from my professor for real 😳 thank for sharing this
excellent...thank you
Very helpful,thanks
better understanding to give a example....so thanks for ... u
Thank u very much sir...It helped me a lot to understand about stress..Sir please keep going on like this..
Damn good Aaron, thanks for the great leasson!
Simply fantastic tutorial related to all type of stress!
Most comprehensive video ever 👍🏻
Great job Aaron. Thank you.
Very good for basic understanding, thank you!!!!
simple and clear explanation.....
Perfect Resume to decant the information once you seen it on class
This tutorial is really good! Thank you very much
Thanks for the video..It explains everything clearly..Sooo helpfull..😆😆😘❤️❤️
For visualization branchs of these effects in mind that is awesome 😎
@Aaron Schellenberg
I think there is another cause for normal stress. It's called BEARING STRESS
outstanding......
very helpful and comprehensive, thanks..!!
This video is so much useful! Thank you for uploading
Thank you very much! Very helpful indeed.
Thank you, very impressive comoarisonnof bed of nails.
thank you for the video sir.. :) it really help me a lot..
THANK YOU AND GOD BLESS :)
thank you for explaining the part of the sign of the shear forces directly to the left and right of the load, because I was wondering why my shear force diagrams started positive and went into negative, much appreciated
Excellent and appreciated!
thanks a lot sir outstanding video kindly give me more videos like these in structural analysis SFD and BMD
you are awesome sir.. this video is very helpful.. please keep going
I dont usually replay on video but I felt I had to thanks a lot
Exactly Hussian ..U are right
Great explanation
helps a lot... thanks !
great video. excellent.
Wish I watched this video 5 years ago :)
i liked the way you presented the topic , Expecting more videos from you :)
It would have been better if u expanded the short forms in the formula
Nice lecture
Thanq
Thank you so much ! God bless you !
Great Explanation👍
Fantastic sir
Thanx... amazing video!!!
now im at a much better position to understand what comes next. thanks!
Thank you sir .
Wonderful video..are u the original creator of video,if yes, please post more videos.
Thank you sir 😊 It's Great job ..
this video was awesome, best review ever. Thank you!!
Thank you sir
I think you gave the example of "pressure" instead of "stress" at first. Both are lookalike but not same.
Very good. Application of shear stress?
Great video
excellent sir
very accurate video, thank you help my a lot
thank you for the amazing video.
tq sir.....for your explanation
Good
Excellent !!!
thanku for this information
Thank you , clear explanation..
simple n easily understandable ...... sir plz make a simple video on centroid n moment of inertia ...... plzzz plzzzz :)
..u r great .. thanks
great explanation
Great video but please define and explain the variables!
الله يوفقك يا خويه
Thanks for the upload!
Thank you for the explanation.
respect from Egypt .
Wow, that was fantastic 8O !!
love to much and plz continue
nice video...thank u
Great tutorial
Thanks!! That was super helpful
well explained... thanks
I agree with you
fantastic
One thing that was confusing me is that my book says shear stress also has a normal complimentary component. So it makes it seems like shear is both transverse and normal.
Great..
very usefull!! thanks
Nicw video, but you should explain what are the V, Mc, J etc.
Thanks a lot sir
awesome
So usefull - thank you!
helped me a lot..thank u
Fist of all great video, you explained things very well and your animations make it easier to visualize everything. I have a question, What's the difference between Mc/I and -My/I. I seen a few examples that use Sigma a=N/A-MzYa/Iz. It seems like they are finding stress by subtracting bending stress to axial stress. I'm a bit confused with that.
Mc means the maximum distance from the center. My means the y value can change from the center to the maximum r value.
Thanks a ton !!!!
why shear stress due to transverse load is zero at top since it also has reaction and load on it
Great job you just screwed my 70 slides PDF by 10 min video !
itzz awsome video...but please if anyone can explain ...why they showing normal loading ( normal to beam ) over beam, while explaining average shear??
I love you to the moon and back!
Thank you soooooooooooooo much!!!
Is there such a thing where the shear force is more than two? For example there are six areas that is affected by the shear force. Hoping for a response thanks
Why don't the top and bottom elements have shear stress? Thanks
@ 5:11
Hello Teacher
what is the difference between Normal Stress and Average Normal Stress ???
is the stress due to bending and torsion maximum as compared to any ?