Principal Stresses and MOHR'S CIRCLE in 12 Minutes!!
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- čas přidán 30. 06. 2024
- Finding Principal Stresses and Maximum Shearing Stresses using the Mohr's Circle Method. Principal Angles.
00:00 Stress State Elements
02:10 Material Properties
02:41 Rotated Stress Elements
03:28 Principal Stresses
03:53 Mohr's Circle
07:49 Center and Radius
08:17 Mohr's Circle Example
08:50 Positive and Negative Tau
09:01 Capital X and Y
09:35 Theta P Equation
10:20 Maximum Shearing Stress
10:57 Theta S Equation
11:38 Critical Stress Locations
Combined Loading: • Everything About COMBI...
Example 1: • Mohr's Circle PRINCIPA...
Example 2: • Mohr's Circle Principa...
Example 3: • PRINCIPAL STRESSES - M...
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Thin-Walled Members and SHEAR FLOW in 10 MINUTES!!
• Thin-Walled Members an...
Next Main Video Link:
Thin-Walled PRESSURE VESSELS in 8 MINUTES - Mechanics of Materials
• Thin-Walled PRESSURE V...
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Other Mechanics of Materials Lectures:
Watch the entire course in less than 4 HOURS!!
01 Axial Loading Normal Stress: • EVERYTHING on Axial Lo...
02 Shearing Strain and Stress Components: • SHEAR STRAIN and Stres...
03 Axial Deformation, Temperature Changes, and Poisson’s Ratio: • Axial Deformation, The...
04 Statically Indeterminate: • STATICALLY INDETERMINA...
05 Stress Concentrations and Factor of Safety: • Stress CONCENTRATION F...
06 Shearing Stress, Torsion: • Shearing Stresses, TOR...
07 Angle of Twist, Statically Indeterminate: • Torsion, Angle of Twis...
08 Bending Stress, Second Moment of Area, and Parallel Axis Theorem: • PURE BENDING and Paral...
09 Stress Concentration Factors for Torsion and Bending: • Stress CONCENTRATIONS ...
10 Beam Deflections & Singularity Functions : • Bending and BEAM DEFLE...
11 Transformed Sections for Bending (Composites): • Bending and BEAM DEFLE...
12 Transverse Shear: • Everything About TRANS...
13 Shear Flow: • Thin-Walled Members an...
14 Mohr’s Circle and Principal Stresses: • Principal Stresses and...
15 Pressure Vessels: • Thin-Walled PRESSURE V...
16 Ductile Failure Criteria (Yield): • Yield (DUCTILE) FAILUR...
17 Brittle Failure Criteria (Fracture): • Fracture (BRITTLE) FAI...
18 Combined Loading: • Everything About COMBI...
19 Column Buckling: • BUCKLING - Column Stab...
20 Elastoplastic Beams and Residual Stresses (torsion too): coming soon
This just has to be one of the best lectures I've ever seen. So clearly explained
What a fantastic tutorial--the attention to detail is astounding. Many thanks for a crystal-clear explanation!!!
This is possibly one of the most dense videos that I have ever seen. That is awesome. You did something amazing with this video.
So far the best presentation for mohr circle and even incorporating most if not all stresses…
literally the best and accurate explanation ever
Just found your gem of a channel with this vid. You deserve so many more subscribers and I'm pretty sure you'll get them!
This is fantastic! Really well explained! Keep it up!
Thanks, really appreciate the video and the effort you put into it !
you have been a game changer for engineering students!
Finally helped me to understand it after years of trying! Thank you!!!
bro everything makes so much more sense now, thank you so much
Thank you Sir... Perfectly explained.
Thanks man.
This helps a lot.
I lost 14 weeks- 12.38 minutes times from my life to learn mohr circle's
Really well explained! Keep it up!
Wow, I'm amazed. Great explanation
You are a talent!! Cant say anything else
You saved me a lot of time. But your video is quite fast to get everything for the first time. If would be great if there is another version of this video with moderate pace. BTW thanks a lot. Earned a sub 😉
Try listening to it at .75 speed in the video settings.
I am your big fan of you sir. Your teaching method was excellent sir please make more videos sir ...thank you
Brilliant Work.
Fantastic. Thank you.
MAD RESPECT TO THIS GUY. MY LECTURER COULD NEVER DO THIS🤣
Fantastic explanation. Could I please ask what software you are using to produce the video?
wow, really amazing
thanks a lot
Hey, I hope you might see this and answer.
I saw, you used formula to calculate shear stress tao = VQ/I*t.
And again we can use tao= √ (sigmaX - sigmaY / 2)^2 + taoXY.
So when should we use which formula?
how do we know which is sigma x and sigma y when finding radius
Excellent ❤
Great work.. the content provided was way bigger than the caption
Thanks !
brilliant
what software are you using? Its satisfying to watch!
Thank you soo, much it was very much helpfull
You're welcome!
Thanks a lot sir
Please can u tell me the programe u use in video ?
Really great well explained video/ Thank you so much.
Could you please share a link to the the notes file if possible
Thanks
Do we add transverse shear stress to the torsional shear stress ?
Whoa!
Wow...
thanks
So what would be the shearing stress at plane where normal stress is zero?
😭😭tysm
Why two of the faces were not having stresses on them , the top and the bottom , are going to be the two faces where we we
don't draw any stresses. Does each has a stress of Z direction for Normal and shear stresses?
How I can find theta p2? Help pls
Second question is : theta s in only one? Or there are 2 them such as p?
Sir could you please upload for three dimensional Mohr circle problem
how would you get the principal stress of y prime?
In a good way, I have to put your video at 0.5 speed becuz I wanna remember all the details you say cuz they are so helpful!
Damn, a fcking God!!! Thanks 11/10
4:25 - Why do you say that sigma_X works in on the left face, delta_A_cos(theta)? That doesn't make any sense to me force-wise.
goat
😮💨
Your voice is funny hahah
What the fuck just happened
why does bro speak like that, it's a hard watch when volume is on
sir please speak in hindi
Bla bla bla, bla bla bla.
You are reading from the book. All vectors have magnitude and directions. If you cannot show calculations on those vectors then yours presentation is worthless.