simple, short, to the point and accurate, never had such a quick explaination of tensors in such a short time. very condensed and straightforward and clear. GREAT THANKS.
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well there will be no shear stress rotation as the moment caused by the shear stress balances on positive and negative face and there will be no moment or rotation taken into account
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EM 02:53 Shear stress is acting on the z face of the element and in the x-diretion. Tensão de cisalhamento está atuando na face z do elemento e na direção x.
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its very useful.can understand basics of advanced mechanics of solids very easily,students can get their basics from here.try to upload more such vedioes...thank you
sir videos are too good to understand concepts, sir please upload all the videos regarding mechanical engineering. it is very useful for us to understand the basic concepts.
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Excellent work in solid state physics. In fluid physics, at millions of Kelvin in magnetic confinement, random particle collision by H & He can be ordered by controlling the number of atoms of each in the tokamak. Microwaves help resonant oscillations to allow ton and tron interactions. Grasp the gist.
NOTE : The notations are not fixed I.e sigma for axial stress(sigma need not be axial always) Tow for shear stress(tow need not be shear always) ex: Sigma XY = tow xy Also tow XX means sigma X
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What are all these people thanking the guy for? There is basically nothing about tensors here, just generic info about the types of stresses acting on an element.
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You need to calculate the shear stress of an element given a distance of a center of rotation. There is no stress caused by rotation without dimensions. Shear stress will be defined from the torque divided by the distance times the area.
He's talking about the rotation of the stress tensor itself. Video implies that the tensor gets rotated (i.e. transformed) into a different cartesian coordinate system.
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simple, short, to the point and accurate, never had such a quick explaination of tensors in such a short time. very condensed and straightforward and clear. GREAT THANKS.
You’ve just finished 3 hours of my uni lecture within 4min with perfect explanation.. great job 🤜🤛
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Are you take a master degree in Solid mechanics? Even in the hibbeler book of mechanics of materials only describe in general for this holy topic 😂
Many thanks for the detailed graphical explanation 👍!!! Really helped me to "see" those forces.
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@@Dragonflyeducation I will !!!
Only 4 minutes but makes it crystal clear, well done!
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One lesson, one video
Nice job
Absolutely perfect. This is a poster-child of how logic and beautiful science is.
You forgot the part where you explain 3D Stress Tensor Rotation
hahahahahahahahahahahaha
Exactly
Where the hell is the rotation? This just explains WHAT a stress cube is.
Now you're Stressed 😂
well there will be no shear stress rotation as the moment caused by the shear stress balances on positive and negative face and there will be no moment or rotation taken into account
@@adityapatil8500 exactly
@@hallo-xp2wh bro lets meet in linkedin
Very good explanation, thanks!
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Very accurate and simple explanation of the 3D stress condition and tensor. Thank you for your contribution.
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SOOOO HELPFUL!!!! WHAT AN AMAZING VIDEO, Thank you so much!!!
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THANK YOU SIR....VERY NICE EXPLANATION
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Thankyou for the clarity!!!!
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iv seen various confusing videos. but this is best and easy to understand.
thanks.
EM 02:53
Shear stress is acting on the z face of the element and in the x-diretion.
Tensão de cisalhamento está atuando na face z do elemento e na direção x.
Excellent explanation...Many thanks.
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Please share with your friends also and visit our site also www.magicmarks.in
You will get more subjects and more video lectures.
Wonderful video straight to point
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its very useful.can understand basics of advanced mechanics of solids very easily,students can get their basics from here.try to upload more such vedioes...thank you
sir videos are too good to understand concepts, sir please upload all the videos regarding mechanical engineering. it is very useful for us to understand the basic concepts.
Your shear stress convention is opposite what we learned in class. I wish convention would be consistent.
better explanation which i ever seen
Verry good explication
Thank you for your feedback:)
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Beautifully explained..!!!
The stress tensor is very important in fluid analysis.
thank you very nice explanation of tensors!
Excellent work in solid state physics. In fluid physics, at millions of Kelvin in magnetic confinement, random particle collision by H & He can be ordered by controlling the number of atoms of each in the tokamak. Microwaves help resonant oscillations to allow ton and tron interactions. Grasp the gist.
The body is in equilibrium
Thats why Tow xy = tow yx
Moment about any edge gives this
Damn this was too good!.
Many thanks!
NOTE :
The notations are not fixed
I.e
sigma for axial stress(sigma need not be axial always)
Tow for shear stress(tow need not be shear always)
ex:
Sigma XY = tow xy
Also tow XX means sigma X
kindly send the link of the rest of video in which u explained the plane stress condition and equation of equilibrium
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How did you get the graphics so well down in drawing the stress block? What software did you use to make it look nice? 0:31
its really usefull... thank you all
Great explanation..... Very nice....
Great Explaination
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What are all these people thanking the guy for? There is basically nothing about tensors here, just generic info about the types of stresses acting on an element.
Nice explanation! Thaks a lot!!!
Pls add more vedios to fullfil our knowledge
Why you didn't consider the weight of element as a force in y- direction??
Very symple and clear
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thanks sir,its easy n helpful
Holy shit, Thank you so much!! this is so good
Excellent
just perfect
#tensilestress
#compressivestress
#shearstress
more useful
Amazing !
nice explanation of tensor but where is rotation?
nice job
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perfect
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thanks very much....it is so helpful..:)
THANK U
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#stresstensor
#torsionincircularshafts
aur video daliye bhai sab topic ka manufacturing ka v
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good，nice
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Where the fuck is rotation in this ?
You need to calculate the shear stress of an element given a distance of a center of rotation. There is no stress caused by rotation without dimensions. Shear stress will be defined from the torque divided by the distance times the area.
He's talking about the rotation of the stress tensor itself. Video implies that the tensor gets rotated (i.e. transformed) into a different cartesian coordinate system.
#stresscomponents
This only defines the stress element and tensor in 3D, does not discuss rotation at all.
#smartforce
Wow..
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Where is about rotation
d f (Undefined) = f ' (Undefined) df
From cdlu app
Who's studying FT1 gives a thumbs-up here!!!! You even from the UFC.
really good
Excellent
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