Learn · Phase Diagrams and Phase Transformations Ceramic Systems
Lecture 28 of 70Week 5
Thermodynamic Basis of Compatibility Networks
Prof. Mohammad Imteyaz Ahmad and Prof. Pavan Pujar · IIT (BHU) Varanasi
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- Phase Diagrams and Phase Transformations Ceramic Systems, IIT (BHU) Varanasi (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Madras.
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All the lectures
- Introduction & Basic Terminology
- Criteria for Equilibrium & Clapeyron Equation
- Nature of Phase Boundaries
- One component Unary Phase Diagrams
- Introduction to Multicomponent Phase Diagrams
- Gibb's Phase Rule & Its Interpretation
- Two Component Binary Phase Diagrams
- Lever Rule & Related Concepts
- Equilibrium Cooling & Microstructure Evolution
- Deviation from Ideal Isomorphous Behavior
- Invariant Reactions - Deviation from Ideal Isomorphous Systems_1
- Invariant Reactions - Eutectic, Peritectic Phase Diagrams
- Framework for constructing Complex Binary Phase Diagrams
- Examples of Constructing Complex Binary Phase Diagrams - Part 1
- Liquid Miscibility & Related Invariant Reactions
- Polymorphism in Binary Phase Diagams
- Examples of Constructing Complex Binary Phase Diagrams - Part 2
- Rules for the Construction of Complex Phase Diagrams & Case Studies
- Three Component Ternary Phase Diagrams
- Locating Ternary Composition
- Interpretation & Quantification of Phases in Ternary Systems
- Liquidus Projection and Solidification Path
- Liquidus Projections in Simple Ternary Eutectics
- Primary Phase Fields & Solidification Paths in Simple Ternary Eutectics
- Tutorial on Estimating Solidification Path
- Compounds in Ternary Systems
- Phase Compatibility Relations in the Ternary Composition Space
- Thermodynamic Basis of Compatibility Networks
- Correlating Solidifcation Paths & Compatibility in Ternary Systems
- Tutorial on Constructing Cotectic Networks & Applying the Alkemade Theorem
- Correlating Solidification Paths & Phase Compatibility in Ternary Systems - Part 2
- Boundary - Line Crystallization & Resorption Paths In Ternary Systems
- Correlating Solidification Paths & Phase compatibility in Ternary Systems Part - 3
- Correlating Solidification Paths & Phase Compatibility in Ternary Systems - 4
- Tutorial on Correlating Solidification Paths & Phase Compatibility in Ternary Systems
- Analysis of Real Systems
- Introduction to Quaternary Phase Diagrams
- Phase Transformation in Ceramic Systems - Introduction
- Diffusion
- Atomistic View of Diffusion
- Role of Defects in Diffusion in Ionic Crystal
- Interfaces
- Influence of Interfaces on Equilibrium
- Tutorial
- Solidification of Congruently Melting Compounds - 1
- Solidification of Congruently Melting Compounds - 2
- Nucleation Rates
- Heat Conduction & Solidification Front Stability
- Tutorial - 2
- Solidification of Solid Solutions - 1
- Solidification of Solid Solutions - 2
- Binary Eutectic Solidification
- Peritectic Solidification
- Nucleation in Solid State
- Growth in Solid State
- Tutorial - 3
- Diffusion Controlled Growth
- Precipitate or Particle Coarsening
- Time - Temperature - Transformation Diagrams
- Kinetics of Interface Controlled Transformation
- Kinetics of Diffusion - Controlled Transformation
- Tutorial - 4
- Intrinsic Stability a& Phase Separation Within Miscibility Gap
- Spinodal Decomposition
- Martensitic Transformation
- Glass Transition
- Tutorial 5
- Crystallization in Glass Ceramics
- Ordering Transformation
- Particle Size Evolution in Gas Phase