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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
11.
Thermal Properties of Materials
11.1.
Heat Capacity
11.1.1.
Specific Heat
11.1.2.
Molar Heat Capacity
11.1.3.
Classical Theory
11.1.4.
Quantum Effects
11.1.5.
Temperature Dependence
11.2.
Thermal Expansion
11.2.1.
Linear Thermal Expansion
11.2.2.
Volumetric Thermal Expansion
11.2.3.
Thermal Expansion Coefficient
11.2.4.
Anisotropic Expansion
11.2.5.
Thermal Expansion in Different Materials
11.3.
Thermal Conductivity
11.3.1.
Heat Transfer Mechanisms
11.3.2.
Fourier's Law
11.3.3.
Thermal Conductivity in Metals
11.3.3.1.
Electronic Contribution
11.3.3.2.
Wiedemann-Franz Law
11.3.4.
Thermal Conductivity in Nonmetals
11.3.4.1.
Phonon Conduction
11.3.4.2.
Lattice Thermal Conductivity
11.3.5.
Temperature Dependence
11.3.6.
Thermal Interface Materials
11.4.
Thermal Stresses
11.4.1.
Origin of Thermal Stresses
11.4.2.
Thermal Shock
11.4.3.
Thermal Fatigue
11.4.4.
Design Considerations
11.5.
Phase Change Materials
11.5.1.
Latent Heat
11.5.2.
Heat Storage Applications
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10. Electrical Properties of Materials
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12. Magnetic Properties of Materials