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## Course Description :

Solid Mechanics - Analysis of stress and strain - Analysis of stress continued - Analysis of stress continued - Shear Stress - Graphical Solution – Mohr’s Stress Circle - Illustrative Problem - Analysis of Strain - Principles of Strain - Stress – Strain Relations - Elastic Constants (Relation b/w E,K and U) - Uniaxial Tension Test - Conditions affecting mechanical properties - Members subjected to Uniaxial stress - Thermal Stress - Members subjected to Axisymmetric Loads - Change in dimensions - Generation of shear stress

Simple Torsion theory - Torsion of hollow shaft - Uses of springs and spring deflection - Geometric forms and classification of beams - Concept of Shear force and bending moment in beams - Illustrative problems - Couple and Eccentric loads - Point of Contra-flexure - Derivation of elastic flexural formula - Illustrative Problems - Shearing stress distribution - Bending of composite or flitched beams - Methods for finding the deflection - Illustrative Examples - Macaulay’s Methods - Equivalent Torque - Theories of elastic failure - Elastic Stability of Columns - Comparison of Euler theory with experimental results - Energy Methods - Strain Energy in bending - Illustrative Problems

## Other Resources :

### Syllabus | Citation |

## Other Mechanical Courses

- Fluid Mechanics I by UC Berkeley
- Principles of Mechanical Measurements by IIT Madras
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- Manufacturing Processes I by IIT Roorkee
- Introduction to Fluid Mechanics and Fluid Engineering by IIT Kharagpur
- Advanced manufacturing process for micro system fabrication by IIT Kanpur
- AutoCAD by Other
- Finite Element Method by IIT Kanpur
- Dynamic Systems and Feedback by UC Berkeley
- Manufacturing Processes II by IIT Kharagpur

### » check out the complete list of Mechanical Video lectures

### Comments

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