Yield (DUCTILE) FAILURE Theories in Just Over 10 Minutes!
Maximum Shearing Stress (MSS) or Tresca
Distortional Energy Theory
Coulomb-Mohr Criterion (Ductile)
0:00 Failure of Ductile Materials
0:38 Maximum Shearing Stress Intro
2:08 2D Mohr's Circle Cases
2:51 MSS/Tresca Equation
3:40 Stress Envelope for MSS
5:06 Distortion Energy
7:11 Von Mises Stress
7:59 Coulomb-Mohr Ductile
9:04 Failure Criteria Example
Example 1: • COULOMB-MOHR Failure T...
Example 2: • DISTORTION ENERGY & Tr...
Example 3: • Maximum Shearing Stres...
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Previous Main Video Link:
Thin-Walled Pressure Vessels in 8 MINUTES - Mechanics of Materials
• Thin-Walled PRESSURE V...
Next Main Video Link:
Fracture (BRITTLE) FAILURE Theories in 10 Minutes!
• Fracture (BRITTLE) FAI...
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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
Пікірлер: 31
After 4 semesters, I finally understand the failure theories. Your videos are great
Thanks! I was about to give up Failure theories but you get my hopes back
This is incredibly well done. Good job.
Your channel is very underrated. You deserve more views. Anyway... nice video. Keep up the good work!
@LessBoringLectures
3 жыл бұрын
Thanks, will do!
Very well explained.. I recommend you to please explain it slowly. But you are extra ordinary.❣️❣️❣️
Thank you for the great video, it has helped me understand the material in my ME EN 3000 class better!
Great lecture
BRILLIANT thank you
Please sir , I need these slides PDF
excellent
Excellent
Quick question, at 6:52, how did you subtract those two quantities, because Ut has a v inside the brackets too.
Thank you for your incredible videos, Just to let you know, this video is not in playlist (Mechanics of materials).
Which software do you use for this writing? Thanks for this great video, you clarified very well.
@RaGRoG904
7 ай бұрын
I mean the software that ou use for writting this presentation.
Hello, I would need some help and some explanations regarding failure models! please let me know if you can help!
How knows what software its using?
Pls wat do u use to write ✍️ in ur videos
The best
please sir the von Moses theorem when considering it in 2D is it raised to the power two or half
@rosskieffer6680
Жыл бұрын
I think it's half. That's what my notes say and what makes the units work.
@rosskieffer6680
Жыл бұрын
Plus in the line above it's 1/2 and he simplifies inside the parentheses.
good
At 8:00 how did the power (1/2) become power (2)
save my life right here
goat
Find it useful.
it's treasure
it should be failure occur NOT yield 5:00, explanation is excellent
I dislike how you annunciate.