Learn · Environmental Degradation and Surface Engineering
Lecture 32 of 60Week 7
Lecture 32: Scope, Classification and Objectives of Surface Engineering
Prof. Jyotsna Dutta Majumdar and Prof.Indranil Manna · IIT Kharagpur
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All the lectures
- Lecture 01 : Introduction to Materials and Environment
- Lecture 02 : Genesis of Materials Degradation
- Lecture 03 : Classification of degradation and Parameters Influencing it Part - 1
- Lecture 04 : Parameters Influencing Degradation Part 2
- Lecture 05 : Engineering Solution to Combat Environmental Degradation of Materials
- Lecture 06: Aqueous corrosion-thermodynamics of Wet Corrosion
- Lecture 07: Aqueous corrosion-Classification (Part-1)
- Lecture 08: Aqueous corrosion-Classification (Part -II)
- Lecture 09: Classification of Aqueous corrosion (Part-III)
- Lecture 10: Classification of Aqueous corrosion (Part-IV)
- Lecture 11: Friction and Wear-Part - I
- Lecture 12: Friction and Wear-Part - II
- Lecture 13: Wear- Classification of wear- Part - I
- Lecture 14: Wear- Classification of wear- Part - II
- Lecture 15: Fatigue – Surface Dependent Property
- Lecture 16 : Failure Analysis: Part I
- Lecture 17 : Failure Analysis-Part II
- Lecture 18 : Characteristics of Failure-Part I
- Lecture 19 : Characteristics of Failure-Part II
- Lecture 20 : Characteristics of Failure-Part III
- Lecture 21: Prevention
- Lecture 22: Prevention of Chemical/Electrochemical Degradation
- Lecture 23: Prevention of Chemical/Electrochemical Degradation (Contd.)
- Lecture 24: Prevention of Chemical/Electrochemical Degradation (Contd.)
- Lecture 25: Prevention of Mechanical Degradation
- Lecture 26: Non Destructive Testing
- Lecture 27: Mechanical and Electrochemical Testing Part - I
- Lecture 28: Mechanical and Electrochemical Testing Part - II
- Lecture 29: Mechanical and Electrochemical Testing Part - III
- Lecture 30: Characterization
- Lecture 31: Surface/Interface
- Lecture 32: Scope, Classification and Objectives of Surface Engineering
- Lecture 33: Shot Peening
- Lecture 34: Grinding and Polishing
- Lecture 35: Ultrasonic Peening and Laser Shock Peening
- Lecture 36: Conventional Surface Hardening (Flame and induction)
- Lecture 37: Pack Carburizing
- Lecture 38: Fluidized Bed Carburizing
- Lecture 39: Fused bath and Gas Nitriding
- Lecture 40: Plasma Nitriding
- Lecture 41: Diffusion Based Coatings – Solid State
- Lecture 42: Chemical Conversion Coatings
- Lecture 43: Electrodeposition
- Lecture 44: Electrophoretic and Electroless deposition
- Lecture 45: Galvanizing and Hot Dipping
- Lecture 46: Thick Coatings by Weld Overlay and Cladding
- Lecture 47: Introduction to thin film deposition
- Lecture 48: Physical Vapor Deposition including Sputtering
- Lecture 49: Chemical Vapor Deposition (CVD) and Composite Coating
- Lecture 50: Chemical Vapor Deposition (CVD) and Composite Coating
- Lecture 51: Spray Coating Techniques II – Plasma Spray and Cold Spray
- Lecture 52 : On Implantation
- Lecture 53 : Electron Beam Assisted Surface Engineering
- Lecture 54 : Laser Material Processing
- Lecture 55 : Laser Surface Engineering
- Lecture 56: Laser Assisted Additive Manufacturing, LAM
- Lecture 57: Strengthening Mechanisms in Surface Engineering
- Lecture 58: Microstructural Characterization after Surface Engineering
- Lecture 59: Compositional Characterization after Surface Engineering
- Lecture 60: Summary of surface engineering and Conclusion