objective:
The purpose of this course is to provide engineering-oriented students fundamental
knowledge of materials science and engineering.
Textbook:
W. F. Smith and J. Hashemi, "Foundations of Materials Science and Engineering",
6th Ed., McGraw-Hill, ISBN 978-1-260-09203-5
Grade: Quiz (40%), Midterm (30%), Final (30%)
Outline
1. Introduction to Materials Science and Engineering (W1)
- Materials Science and Materials Engineering
- Classification of materials
2. Atomic structure and chemical bonding (W2-W3)
- Atomic structure & atomic models
- Energy state & atomic spectra
- Chemical bonding
3. Crystal and amorphous structure in materials (W3-W5)
- Classification of crystal structure
- Comparison of FCC, HCP and BCC crystal structures
- Miller Indices for crystallographic planes and directions
- Crystal structure analysis
4. Solidification and crystalline imperfections (W6-W7)
- Solidification of metals : nucleation and growth
- metallic solid solutions
- Crystal defects
- Techniques for microstructure and defect inspection
Midterm (W8)
5. Thermally activated processes and diffusion in solids (W9-W10)
- Atomic diffusion in solids
- Industrial applications of diffusion processes
6. Mechanical properties of metals I (W10-W12)
- Processing of metals and alloys
- Stress and strain
- Mechanical testing: tensile test and hardness testing
- Plastic deformation: single crystal and polycrystal
- Strengthening mechanism
- Recovery and recrystallization
- Superplasticity and nanocrystalline metals
7. Mechanical properties of metals II (W13-W15)
- Fracture of metals
- Fatigue of metals
- Creep and stress rupture
8. Phase diagrams (W15-W16)
- Phase diagram: pure substance and binary alloy
- Gibbs phase rule
- Lever rule
- Invariant reactions
- Intermediate phases and compounds
- Ternary phase diagram
Final Exam (W17)