Overview of normal and shear stress

[@nadunwijeweera4137]

This is the only video that explains about the vertical and horizontal shear stress of a beam, Thank you very much for sharing.

[@adrianalpino2282]

Direct to the point, it's fast, well explained and made very simple, just what I need, thanks for the vid

[@Sjsime827]

So great! I am slowly becoming less stressed for my statics exam thanks to your help. Thank you so so much!!!!

[@sachincs9338]

One of the simple & understable video for stress overview.....thank you sir

[@vikas2435]

Excellent video

[@anishkelkar6434]

Great Video. Thanks a lot !! The visualisation solved all the doubts. Cheers !!

[@husnainhyder6713]

Thanks
Professor Arron
No one speaks better mechanic of materials then American

[@sbd8397]

Please continue to give us your significant knowledge like this.
❤️ Thanks brother

[@aliqan6258]

great and clear explanation

[@kurumehmetefendi]

Perfect conceptual approach. Extra points going for your nail demonstration.

[@Randomkloud]

great video for recapping stress

[@rahmanrahmani2896]

Simply fantastic tutorial related to all type of stress!

[@lawaneng1056]

thanks for your helpfull lession cuz im not understand stress well yet but after your lession i think i got our sense

[@pratyushkumarbiswal736]

Thank u very much sir...It helped me a lot to understand about stress..Sir please keep going on like this..

[@deborahnguy]

I learn from this video more than from my professor for real 😳 thank for sharing this

[@zybertronseven]

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.😊

[@akshaybariya293]

better understanding to give a example....so thanks for ... u

[@Vinay-go1rg]

Very good explanation

[@tahmidtowsifahmed6324]

Great job Aaron. Thank you.

[@ericdunston3499]

This tutorial is really good! Thank you very much

[@zahir585]

Most comprehensive video ever 👍🏻

[@nagusattenapalli1834]

simple and clear explanation.....

[@krishnakanthnaikjarapala2222]

outstanding......

[@EricRubio7]

Damn good Aaron, thanks for the great leasson!

[@xhanahaxhibeti6090]

Thanks for the video..It explains everything clearly..Sooo helpfull..😆😆😘❤️❤️

[@ibrahimsu8463]

Very helpful,thanks

[@jmoon69]

This video is so much useful! Thank you for uploading

[@narasimhachopparapu4534]

excellent...thank you

[@nehuenserafin6874]

Perfect Resume to decant the information once you seen it on class

[@krishnapatel3139]

Great explanation
helps a lot... thanks !

[@reddaiahp4236]

great video. excellent.

[@shardulparab9150]

Great Explanation👍

[@surendrabhakuni1639]

Very good. Application of shear stress?

[@rahmanrahmani2896]

Excellent and appreciated!

[@sebastiaotomas5913]

very helpful and comprehensive, thanks..!!

[@harpalsingh25]

i liked the way you presented the topic , Expecting more videos from you :)

[@mangeshdeshmukh7633]

Fantastic sir

[@surajtech2023]

thanks a lot sir outstanding video kindly give me more videos like these in structural analysis SFD and BMD

[@hussain4535]

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

[@EnergyReflux]

Exactly Hussian ..U are right

[@NatureGod369]

Wonderful video..are u the original creator of video,if yes, please post more videos.

[@jordana6971]

Thank you very much! Very helpful indeed.

[@kaustubhsingh9023]

Thanx... amazing video!!!

[@Emaldk]

Wish I watched this video 5 years ago :)

[@rawanyacoub9147]

Great video

[@angelicadelossantos9411]

thank you for the video sir.. :) it really help me a lot..
THANK YOU AND GOD BLESS :)

[@godsrighteousness5003]

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

[@labibhossain1045]

excellent sir

[@ahykn]

For visualization branchs of these effects in mind that is awesome 😎

[@Sniper806]

this video was awesome, best review ever. Thank you!!

[@ABetterYou1993]

@Aaron Schellenberg
I think there is another cause for normal stress. It's called BEARING STRESS

[@hasanabazeid1350]

Thank you sir 😊 It's Great job ..

[@Cardiologist89]

It would have been better if u expanded the short forms in the formula
Nice lecture
Thanq

[@MrFunkyMushroom123]

Why don't the top and bottom elements have shear stress? Thanks
@ 5:11

[@חייםפריש]

very accurate video, thank you help my a lot

[@WHY70122]

Excellent !!!

[@diyaazaghloul756]

Good

[@samara.m584]

..u r great .. thanks

[@rakeshreddyraki]

tq sir.....for your explanation

[@SameerAhmad-wm2ei]

thanku for this information

[@hukumchandkhade9206]

great explanation

[@Aradet84]

Thank you , clear explanation..

[@MrAlbashiri]

thank you for the amazing video.

[@saurabhgupta8751]

simple n easily understandable ...... sir plz make a simple video on centroid n moment of inertia ...... plzzz plzzzz :)

[@avnishyadav5752]

fantastic

[@omarsakr8385]

Wow, that was fantastic 8O !!

[@beyzaumit1006]

Thank you so much ! God bless you !

[@MisterBinx]

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.

[@kawsar.130]

Great..

[@surendersingal2192]

Thank you, very impressive comoarisonnof bed of nails.

[@swadhinpattanaik2989]

nice video...thank u

[@jr3474]

well explained... thanks

[@EnergyReflux]

I agree with you

[@cr7rulz97]

now im at a much better position to understand what comes next. thanks!

[@lisro21]

Great tutorial

[@carolinanatalizi]

Thanks!! That was super helpful

[@rajkumarmandal1307]

love to much and plz continue

[@loloezzat9254]

Thank you sir

[@michaborski7383]

awesome

[@paulromano5137]

Thank you for the explanation.

[@samflockhart6615]

Thanks for the upload!

[@meshkatsaiam]

I think you gave the example of "pressure" instead of "stress" at first. Both are lookalike but not same.

[@LeMaq95]

all good but formulas are not explained

[@hibohagi_nur9254]

Magbol A
L-Ghamdi

[@hibohagi_nur9254]

Magbol AL-Ghamdi 0

[@ashutoshpurohit8603]

very usefull!! thanks

[@jorgemercent2995]

Nicw video, but you should explain what are the V, Mc, J etc.

[@thebr0die985]

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

[@DarvaishBandah]

helped me a lot..thank u

[@tjay8433]

Thank you sir .

[@mostafamohamed9044]

respect from Egypt .

[@magnuswasteson7286]

So usefull - thank you!

[@vishalkumarsingh-cn2lt]

why shear stress due to transverse load is zero at top since it also has reaction and load on it

[@ridaaahme7629]

الله يوفقك يا خويه

[@RahulSingh-ii6ou]

Thanks a lot sir

[@missyt6738]

Great video but please define and explain the variables!

[@LatinKingSosa]

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.

[@BlessingMakwera]

Mc means the maximum distance from the center. My means the y value can change from the center to the maximum r value.

[@sanjayrai4237]

itzz awsome video...but please if anyone can explain ...why they showing normal loading ( normal to beam ) over beam, while explaining average shear??

[@deepak_yt7145]

Because of this only im paying internet bills ❤

[@Shri691]

is the stress due to bending and torsion maximum as compared to any ?

[@Penghuoth]

Hello Teacher
what is the difference between Normal Stress and Average Normal Stress ???

[@iabdlla]

Great job you just screwed my 70 slides PDF by 10 min video !

[@manasgupta8483]

Thanks a ton !!!!

[@faisalalz17]

I love you to the moon and back!