Course11310600170 lectures
Phase Diagrams and Phase Transformations Ceramic Systems
Prof. Mohammad Imteyaz Ahmad and Prof. Pavan Pujar · IIT (BHU) Varanasi
About
Knowledge of phase diagrams is important for several domains in Materials science and engineering. This course will familiarize students with the fundamentals of phase stability required for design and processing of materials for applications such as refractories, glasses and multicomponent materials for functional and engineering applications. This course is intended to equip the students with the tools to analyze the unary, binary and ternary phase diagrams. After the successful completion of the course, students will be capable of understanding the interaction between the components and predicting their solidification behavior and microstructure.
Intended audience: Students of Materials Science and Engineering, Metallurgical Engineering, Ceramic Engineering, Mechanical Engineering, Chemical Engineering
Prerequisites: A fundamental understanding of materials thermodynamics and basic terminologies in materials science is essential.
Lectures
Week 1
- 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
Week 2
- 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
Week 3
- 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
Week 4
- 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
Week 5
- 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
Week 6
- 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
Week 7
- 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
Week 8
- 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
Week 9
- Binary Eutectic Solidification
- Peritectic Solidification
- Nucleation in Solid State
- Growth in Solid State
- Tutorial - 3
Week 10
- Diffusion Controlled Growth
- Precipitate or Particle Coarsening
- Time - Temperature - Transformation Diagrams
- Kinetics of Interface Controlled Transformation
- Kinetics of Diffusion - Controlled Transformation
- Tutorial - 4
Week 11
- Intrinsic Stability a& Phase Separation Within Miscibility Gap
- Spinodal Decomposition
- Martensitic Transformation
- Glass Transition
- Tutorial 5
Week 12
Syllabus and materials
At NPTEL, as the course publishes them.
Credits and licence
- Institution
- IIT (BHU) Varanasi
- Department
- Metallurgy and Material Science
- Taught by
- Prof. Mohammad Imteyaz Ahmad, Prof. Pavan Pujar
- Level
- Undergraduate
- Language
- English
- Subjects
- Engineering
- Source
- NPTEL
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Madras.
- Who can watch
- NPTEL gives no rating. Invisible Network shows it to Tweens profiles and older, judged from what the source says about it. How courses are placed
More like this
NPTEL103106001
Course
Medicinal Chemistry of Antimicrobial Agent
64 lectures · Source's player
NPTEL103106002
Course
General Pharmacotherapeutics
59 lectures · Source's player
NPTEL103106003
Course
Pharmaceutical Jurisprudence and Practice
40 lectures · Source's player
NPTEL103106681
Course
Artificial Intelligence in Drug Discovery and Development
60 lectures · Source's player
NPTEL103106783
Course
Pharmaceutical Dosage Forms
60 lectures · Source's player
NPTEL103106784
Course
Pharmaceutical Crystal Engineering for Design, Development and Scale-up for Pharmaceutical Solids
60 lectures · Source's player
NPTEL103106785
Course
Pharmacological and Toxicological Screening Methods
59 lectures · Source's player
NPTEL103106838
Course
General Pharmacology
60 lectures · Video
NPTEL108106722
Course
Sliding Mode Control and Applications
60 lectures · Source's player
NPTEL112106914
Course
Advanced Refrigeration Systems
61 lectures · Video
NPTEL113106002
Course
Stainless Steel Technology
60 lectures · Source's player
TED
Talk
The future we're building -- and boring
Source's player