Course Outline - Materials 101 - Winter 2003
|
Date |
|
Topic |
Reading A&J1, A&J2 |
|
Jan |
6 |
Introduction - Mechanical Properties |
A&J1: Chapter § 1 |
|
Jan |
8 |
Elastic Properties - Bonding, Interatomic Potentials |
A&J1: § 4 |
|
Jan |
10 |
Crystal Structures, Atomic Packing |
A&J1: § 5 |
|
Jan |
13 |
Noncrystalline Solids, Polymers |
|
|
Jan |
15 |
Elasticity of Crystals |
A&J2: § 22 |
|
Jan |
17 |
Elasticity of Composite Materials |
A&J1: § 3, 6 |
|
Jan |
20 |
HOLIDAY - No lecture or discussion section |
A&J1: § 6 |
|
Jan |
22 |
Rubber Elasticity of Polymers |
A&J2: § 23, Notes |
|
Jan |
24 |
Glass Transitions and Viscoelasticity of Polymers |
A&J2: § 23, Notes |
|
Jan |
27 |
Plastic Deformation of Metals: The Tensile Test |
A&J1: § 8, 11 |
|
Jan |
29 |
Yielding under Multiaxial States of Stress, Hardness |
Notes, A&J1: § 8 |
|
Jan |
31 |
Crystal Defects on the Move: Dislocations |
A&J1: § 9 |
|
Feb |
3 |
Strengthening Mechanisms: Barriers to Dislocation Motion |
A&J1: § 10, Notes |
|
Feb |
5 |
Phase Diagrams |
A&J2: § 3, 4, App. I |
|
Feb |
7 |
Diffusion |
A&J1: § 18; A&J2 § 5 |
|
Feb |
10 |
Phase Transformations |
A&J2: § 6, 8 |
|
Feb |
12 |
MIDTERM EXAM |
|
|
Feb |
14 |
Strengthening by Phase Transformation (Fe-C Steels) |
A&J2: § 11, 12 |
|
Feb |
17 |
HOLIDAY - No lecture or discussion section |
|
|
Feb |
19 |
Strengthening by Phase Transformation (Al Alloys) |
A&J2: § 7, 10 |
|
Feb |
21 |
Strain Hardening and Recrystallization |
A&J2: § 14 |
|
Feb |
24 |
High T Deformation: Creep Phenomena |
A&J1: § 17 |
|
Feb |
26 |
High T Deformation and Rupture: Creep Mechanisms |
A&J1: § 19 |
|
Feb |
28 |
Brittle Fracture: Theory and Experiments |
A&J1: § 13 |
|
Mar |
3 |
Fracture Mechanics |
A&J1 §14; A&J2 §18 |
|
Mar |
5 |
Ductile-to-Brittle Transitions, Fracture of Polymers |
Notes |
|
Mar |
7 |
Fatigue: Crack Initiation and Sub-Critical Propagation |
A&J1: § 15 |
|
Mar |
10 |
Wear: Mechanical Interaction of Surfaces |
A&J1: § 25 |
|
Mar |
12 |
Wear: Friction, Lubrication, Surface Modification |
A&J1: § 26 |
|
Mar |
14 |
Thermal Properties: Heat Capacity, Thermal Diffusivity, Thermal Expansion, Thermal Stresses |
Notes |
|
Mar |
20 |
FINAL EXAM 12-3 pm |
|