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Engineering
Materials Engineering
Ceramics, Polymers, Metals, and Composites
1. Introduction to Materials Science and Engineering
2. Atomic Structure and Interatomic Bonding
3. The Structure of Crystalline Solids
4. Imperfections in Solids
5. Mechanical Properties of Materials
6. Deformation and Strengthening Mechanisms
7. Phase Diagrams
8. Metals
9. Ceramics
10. Polymers
11. Composites
12. Material Degradation and Failure
13. Electrical, Thermal, and Optical Properties
Deformation and Strengthening Mechanisms
Dislocations and Plastic Deformation
Dislocation Motion
Slip Process
Critical Resolved Shear Stress
Schmid Factor
Slip Systems
Slip Planes
Close-Packed Planes
Plane Spacing
Slip Directions
Close-Packed Directions
Burger's Vector
Number of Slip Systems
Deformation in Single Crystals
Resolved Shear Stress
Orientation Effects
Multiple Slip
Deformation in Polycrystals
Grain Constraint
Grain Boundary Effects
Taylor Factor
Strengthening Mechanisms
Grain Size Strengthening
Hall-Petch Relationship
Grain Boundary Barriers
Grain Size Measurement
Solid Solution Strengthening
Substitutional Alloying
Interstitial Alloying
Atomic Size Mismatch
Modulus Mismatch
Strain Hardening
Dislocation Density Increase
Dislocation Interactions
Forest Dislocations
Recovery Processes
Precipitation Hardening
Coherent Precipitates
Semi-Coherent Precipitates
Incoherent Precipitates
Orowan Mechanism
Dispersion Strengthening
Particle Spacing
Particle Size Effects
High-Temperature Stability
Recovery, Recrystallization, and Grain Growth
Recovery
Dislocation Rearrangement
Subgrain Formation
Property Changes
Recrystallization
Nucleation and Growth
Recrystallization Temperature
Driving Force
Kinetics
Grain Growth
Normal Grain Growth
Abnormal Grain Growth
Grain Growth Kinetics
Inhibiting Factors
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5. Mechanical Properties of Materials
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7. Phase Diagrams