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Engineering
Materials Engineering
Materials Science
1. Introduction to Materials Science
2. Atomic Structure and Interatomic Bonding
3. Crystal Structure of Solids
4. Imperfections in Solids
5. Diffusion in Solids
6. Mechanical Properties of Materials
7. Phase Diagrams and Phase Equilibria
8. Phase Transformations in Materials
9. Materials Processing and Synthesis
10. Electrical Properties of Materials
11. Thermal Properties of Materials
12. Magnetic Properties of Materials
13. Optical Properties of Materials
14. Ceramics and Glasses
15. Polymers
16. Composite Materials
17. Corrosion and Degradation
18. Materials Selection and Design
19. Materials Characterization
Phase Diagrams and Phase Equilibria
Fundamentals of Phase Equilibria
Definitions
Phase
Component
System
Thermodynamic Basis
Gibbs Phase Rule
Equilibrium Conditions
Unary Phase Diagrams
Single Component Systems
Phase Boundaries
Triple Point
Critical Point
Binary Phase Diagrams
Construction Principles
Isomorphous Systems
Complete Solid Solubility
Solidification Process
Lever Rule Applications
Eutectic Systems
Eutectic Reaction
Eutectic Composition
Microstructural Development
Peritectic Systems
Peritectic Reaction
Solidification Sequence
Monotectic Systems
Intermediate Phases
Intermetallic Compounds
Solution Phases
Miscibility Gaps
Eutectoid and Peritectoid Reactions
The Iron-Carbon System
Fe-Fe₃C Phase Diagram
Phases in Iron-Carbon Alloys
α-Ferrite
γ-Austenite
δ-Ferrite
Cementite (Fe₃C)
Invariant Reactions
Peritectic Reaction
Eutectic Reaction
Eutectoid Reaction
Classification of Iron-Carbon Alloys
Low-Carbon Steels
Medium-Carbon Steels
High-Carbon Steels
Cast Irons
Microstructural Development
Hypoeutectoid Steels
Eutectoid Steel
Hypereutectoid Steels
Ternary Phase Diagrams
Representation Methods
Isothermal Sections
Liquidus Projections
Phase Diagram Applications
Alloy Design
Processing Route Selection
Heat Treatment Planning
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6. Mechanical Properties of Materials
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8. Phase Transformations in Materials