1. Design Against Static Load
Lecture 01 Strength Of Material
Lecture 02 Design Against Static Load
Lecture 03 Even & Uneven Material
Lecture 04 Why We Need TOF
Lecture 05 Principle Stress Under Tensile Test
Lecture 06 Rankine TOF
Lecture 07 Tresca & Guest TOF
Lecture 08 Strain Energy Per Unit Volume
Lecture 09 Haigh TOF
Lecture 10 Distortion Energy Per Unit Volume
Lecture 11 Von Mises TOF
Lecture 12 St. Venant TOF
Lecture 13 Von Mises And Haigh TOF Under 2D Stress Condition
Lecture 14 How to Identify Critical Section or Point
Lecture 15 Steps Of Design
Lecture 17 Conclusion of Maximum Shear Stress Under 2D Stress Condition
Lecture 16 Principal Stresses Under Combined Bending & Torsion
Lecture 17 Previous Year Questions
Lecture 18 Principal Stress Calculation In Critical Point
Lecture 19 Region of safety
Lecture 20 Region Of Safety Of Rankine TOF
Lecture 21 Region Of Safety Of Tresca TOF
Lecture 22 Region Of Safety Of Von Mises TOF
Lecture 23 Region Of Safety Of Strain Eng TOF
Lecture 24 Region Of Safety Of St. Venant TOF
Lecture 25 Summary Of Region Of Safety Of All TOF & All TOF In One Graph
Lecture 26 Comparison Of Tresca, Rankine Von Mises TOF
Lecture 27 Shear Strength By Various TOF
Lecture 28 Equivalent Normal Stress
Lecture 29 Previous Year Questions