Learn · Mechanical Behaviour of Materials (Part - I)
Lecture 10 of 45week-04
Lecture 10 : Flow Stress
Prof. Shashank Shekhar Prof. Sudhanshu Shekhar Singh · IIT Kanpur
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- Mechanical Behaviour of Materials (Part - I), IIT Kanpur (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures
- Lecture 1 : Introduction
- Lecture 2 : Origin of Elasticity
- Lecture 3 : Stress as a Tensor
- Lecture 4 : Principal Stress
- Lecture 5 : Mohr's Circle
- Lecture 6 : Stress-Strain Relation
- Lecture 07 : Viscoelasticity
- Lecture 08 : Tensile Testing
- Lecture 09 : Universal Testing Machine
- Lecture 10 : Flow Stress
- Lecture 11 : Yield Criterion: Basics
- Lecture 12 : Yield Criterions: Tresca, Von-Mises
- Lecture 13 : Effective Stress_Effective Strain
- Lecture 14: Plastic Instability
- Lecture 15: Effect of Strain-rate and Temperature
- Lecture 16: Dislocations: Discovery
- Lecture 17: Dislocations: Fundamentals
- Lecture 18: Dislocations: Characteristics
- Lecture 19: Stress and Strain Fields of Dislocations
- Lecture 20: Energy of Dislocations
- Lecture 21: Dislocation Motion Glide
- Lecture 22: Cross-slip of Dislocations
- Lecture 23: Climb motion of Dislocations
- Lecture 24: Steps in Dislocations
- Lecture 25: Slip Systems
- Lecture 26: More on Slip Systems
- Lecture 27: Critical Resolved Shear Stress
- Lecture 28: Dislocation Interactions
- Lecture 29: Image Forces
- Lecture 30: Partial Dislocations
- Lecture 31: Strengthening Mechanisms
- Lecture 32: Precipitation Strengthening: Basic Criteria
- Lecture 33: Precipitation Strengthening: Precipitate Characteristics
- Lecture 34: Precipitation Strengthening: Mechanisms
- Lecture 35: Effect of Temperature: Dispersion Strengthening
- Lecture 36: Solid Solution Strengthening: Basics
- Lecture 37: Solid Solution Strengthening: Interaction with Dislocations
- Lecture 38: Solid Solution Strengthening: Yield Point Phenomenon
- Lecture 39: Grain Boundary Strengthening
- Lecture 40: Strain Hardening: Single Xtal and Poly Crystal Deformation, Tylor Hardening
- Lecture 41: Strain Hardening: Dislocation Multiplication, Intersection and Locks
- Lecture 42: Summary of Strengthening Mechanisms
- Lecture 43: Hardness Testing
- Lecture 44: Impact Testing
- Lecture 45: Mechanical Behaviour of Composites