02:34
3.4 Types of Loads
01:49
3.3 Determinate and Indeterminate Beam
02:40
3.2 Types of Beam
03:54
Chapter 3. What is beam and Types of Supports
08:21
25. Thermal stress in composite Bars
03:39
24. Thermal stress in Prismatic and Non Prismatic Bars
04:37
23. Nature of Stress and Types of Stress
09:01
22. Thermal stress
04:06
21. Elastic Constants and its Formulas
06:01
20. Volumetric Strain
05:36
19. Analysis of normal strain
05:08
18. Poisson's Ratio
03:40
17. Differential Equation for Strain
02:54
16. Strain Tensor
01:57
15. Sign Convention of Shear Strain
04:18
14. Analysis of shear Strain
02:09
13. Strain Definitions and Types of Strains
01:19
12. All Deformation Formulas
03:49
11. Deformation in the Tapered Rectangular Rod due to Axial Loading
04:14
10. Deformation in the Tapered Circular Rod due to Axial Loading
04:27
9. Deformation in the Conical bar due to self Weight
06:54
8. Deformation in the Rectangular bar due to self Weight
02:10
7. Deformation in the Bar
03:29
6. Equality of Shear Stress
01:16
5. Biaxial Stress
01:35
4. Stress Tensor
05:05
3. Stress Representation
02:05
2. Classification of Stress
02:53
Ch 2 Simple Stress Difference between Pressure, Stress and Strength
05:38
Stress Strain curves for different Materials, Proof stress and Tenacity
10:53
Fatigue and Endurance LIMIT and Stress Strain diagram for mild steel
06:45
Resilience, Proof Resilience and Modulus of Resilience Equation
06:45
Nature of application of load and Strain energy Resilience, Proof Resilience and Modulus of Resi
06:53
Factor of Sately and Types of Loads
03:48
Failure of Deformable Body and Ductile Material
06:07
Brittle Material and Assumptions in Som
01:51
Stress and Strain Definition and Elastic Body
01:19
Strength of material-Deformable body
01:16
Strength of Material (SOM) Basics
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