NOC:Environmental Degradation and Surface Engineering

Lecture 1 - Introduction to Materials and Environment

Lecture 2 - Genesis of Materials Degradation

Lecture 3 - Classification of degradation and Parameters Influencing it - Part I

Lecture 4 - Parameters Influencing Degradation - Part II

Lecture 5 - Engineering Solution to Combat Environmental Degradation of Materials

Lecture 6 - Aqueous corrosion-thermodynamics of Wet Corrosion

Lecture 7 - Aqueous corrosion-Classification - Part I

Lecture 8 - Aqueous corrosion-Classification - Part II

Lecture 9 - 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 (Continued...)

Lecture 24 - Prevention of Chemical/Electrochemical Degradation (Continued...)

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 - Ion 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