#gate #gatemechanical #StructuralEngineering, #CivilEngineering, #MechanicalEngineering, , or #StructuralAnalysis.
The prime highlights of this session are: –
1. Maximum principal stress theory or Rankine’s Theory
2. Maximum principal strain theory or St. Venant’s Theory
3. Maximum Shear Stress Theory or Guest and Tresca’s Theory
4. Maximum Strain Energy Theory or Haigh’s Theory
5. Maximum Shear Strain Energy theory or Von-Mises and Henckey Theory
Welcome to our YouTube channel! In this lecture on Strength of Materials, we delve into the fundamental concepts and principles that govern the behavior of materials under different types of loads and stresses. Whether you’re a student preparing for the Graduate Aptitude Test in Engineering (GATE) or simply interested in expanding your knowledge of material strength, this lecture is perfect for you.
Explore the fascinating world of theories of failure in this concise video. From the brittle fracture theory to the maximum principal stress theory, we delve into the mechanics behind structural failures. Discover how materials behave under different conditions and the factors that contribute to their ultimate downfall.
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3. Stress-strain curve| Hookeβs Law | SOM(Part-2) | π Stress-Strain curve π AIR 96
4. Properties of Materials| Endurance Limit | SOM(Part-3) | π π AIR 96
5. Homogeneous | Isotropic | Deformation | SOM(Part-4) | π π AIR 96
6. Elongation due to self-weight |Statically Indeterminate Beam| SOM(Part-5) AIR 96 π π
7. How to find the reactions for a statically indeterminate beam| SOM(Part-6) |Gate Mechanical π π AIR 96 π π
8. Composite Bar|| Stress due to temperature change | SOM(Part-7) |Gate Mechanical π π AIR 96 π π
9. Poissonβs Ratio| Bulk Modulus | SOM(Part-7) |Gate Mechanical π π AIR 96 π π
10. Shear strain| Sign convention | SOM(Part-9) |Gate Mechanical π π AIR 96 π π
11. Part -1Bending Moment and Shear force diagram| SOM(Lecture-10) |Gate Mechanical π π AIR 96 π π
12. Part -2 Bending Moment and Shear force diagram| SOM(Lecture-10) |Gate Mechanical π π AIR 96 π π
13. Questions on Bending Moment and Shear force diagram| SOM(Lecture-11) |Gate Mechanical π π AIR 96 π π
14. Part-1 Deflection of Beam||Methods| SOM(Lecture-12) |Gate Mechanical π π AIR 96 π π #gate #gatemechanical
15. Deflection of Beam||Methods| SOM(Lecture-12) |Gate Mechanical π π AIR 96 π π #gate #gatemechanical
16. Numerical on Deflection of Beam| Bettiβs Law| SOM(Lecture-13) |Gate Mechanical π π AIR 96 π π #gate #gatemechanical
17. Mohrβs Circle|Transformation of stress| SOM(Lecture-13) |Gate Mechanical AIR 96 #gatemechanical
18. Questions on Mohrβs Circle|Transformation of strain|Strain rosette| SOM(Lecture-13) |Gate Mechanical π π AIR 96 π π #gate #gatemechanical
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