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Metallurgy and Material Science
Phase Transformations and Heat Treatment (Web)
Syllabus
Co-ordinated by :
IIT Bombay
Available from :
2013-09-12
Lec :
1
Modules / Lectures
Part I: Preliminaries (Thermodynamics and Kinetics)
Module 1: Gibbs free energy and equilibria
Module 2: Gibbs free energy of a binary alloy
Module 3: G versus xB curves and phase diagrams
Module 4: Driving force for diffusion
Module 5: Fick's laws of di usion and their solution
Module 6: Diffusivity
Part II: Interfaces
Module 1: Structure of interfaces
Module 2 : Interfacial free energy
Module 3: A bond-breaking model
Module 4: Equilibrium shapes of crystals
Part III: Nucleation And Growth
Module 1 : Effect of interfaces
Module 2 : Nucleation of solids from their melt
Module 3 : Nucleation of precipitates from a supersaturated matrix
Module 4 : Growth of precipitates and kinetics of nucleation and growth
Part IV: Solid-Solid Phase Transformations I
Module 1 : Precipitation
Module 2 : Cellular precipitation
Module 3 : Eutectoid transformations
Module 4 : Massive transformations
Module 5 : Martensitic transformations
Part V: Solid-Solid Phase Transformations II
Module 1 : Spinodal decomposition
Module 2 : Order-disorder transformation
Part VI: Heat Treatment
Module 1 : Hardness and hardenability: an aside
Module 2 : Formation and evolution of microstructures
Module 3 : Practical aspects of heat treatment
Module 4 : Quenching
Module 5 : Some standard heat treatments
Part VII: Miscellaneous Topics
Module 1 : Recovery and recrystallisation
Module 2 : Grain growth
Module 3 : Coarsening
Part VIII: Classification Of Transformations
Module 1 : Types of transformations
Part IX: Annotated Bibliography
Module 1 : Supplementary information
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