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Metallurgy and Material Science
NOC:Fundamentals of Material Processing - Part 2 (Video)
Syllabus
Co-ordinated by :
IIT Kanpur
Available from :
2017-03-17
Lec :
1
Modules / Lectures
Intro Video
Week-1: Stress and Strain Analysis and Yield Criteria
Lecture-1: Introduction to Metal Working
Lecture-2: Continuum Mechanics
Lecture-3: Stress Invariants
Lecture - 4: Strain Tensors and Mohr circle for strains
Lecture-5: Yield Stress Criterion
Week-2: Plastic Instability and Superplasticity
Lecture-6: Effective Stress and Strain
Lecture-7: Work Hardening and Flow Behaviour
Lecture-8: Effect of Strain Rate
Lecture-9: Combined Effect of Strain, Strain Rate and Temperature
Lecture-10: Effect of Temperature
Week-3: Mechanics of metal working
Lecture-11: Cold, Warm and Hot Working
Lecture-12: Mechanics of Metal Working
Lecture-13: Wire Drawing
Lecture-14: Wire Drawing: Contd...
Lecture-15: Hodographs
Week-4: Friction and Formability and Case Studies
Lecture 16: Upper-Bound Analysis
Lecture 17: Plane Strain Indentation
Lecture 18: Strain Calculation Models and Friction
Lecture 19: Types of Friction
Lecture 20: Effect of Friction in Rolling
Week-5: Introduction to vacuum Technology, Physical Vapour Deposition- Evaporation
Lecture-21: Vacuum Technology
Lecture-22: Vacuum Technology continued...
Lecture-23: Thermal Evaporation
Lecture-24: Thermal Evaporation continued...
Lecture-25: Thermal Evaporation continued...
Week-6: Introduction to Plasma, Physical Vapour Deposition- Sputtering
Lesson-26: Plasma Physics
Lesson-27: Plasma Physics continued...
Lecture-28: Sputtering
Lecture-29: Sputtering continued....
Lecture-30: Sputtering continued....
Week-7: Chemical Vapour Deposition- LPCVD, PECVD, MOCVD
Lecture-31: Chemical Vapor Deposition
Lecture-32: Chemical Vapor Deposition continued...
Lecture-33: Chemical Vapor Deposition continued...
Lecture-34: Chemical Vapor Deposition continued...
Lecture-35: Epitaxy, Molecular Beam Epitaxy and Atomic Layer Deposition
Week-8: Nucleation and Growth of Thin Films, Special Techniques and Applications
Lecture-36: Adsorption and Nucleation
Lecture-37: Thin Film Growth
Lecture-38: Kinetics of Thin Film Growth
Lecture-39: Thin Film Morphology- Zone Structure Model
Lecture-40A: Thin Film Characterization
Lecture-40B: Thin Film Characterization
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English
1
Lecture-1: Introduction to Metal Working
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2
Lecture-2: Continuum Mechanics
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3
Lecture-3: Stress Invariants
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4
Lecture - 4: Strain Tensors and Mohr circle for strains
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5
Lecture-5: Yield Stress Criterion
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6
Lecture-6: Effective Stress and Strain
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7
Lecture-7: Work Hardening and Flow Behaviour
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8
Lecture-8: Effect of Strain Rate
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9
Lecture-9: Combined Effect of Strain, Strain Rate and Temperature
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10
Lecture-10: Effect of Temperature
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