1 |
Introduction, Overview of Polymeric Materials (PDF) |
2 |
Polymerization and Crosslinking (PDF) |
3 |
Tacticity, Molecular Weight (PDF) |
4 |
Crystallinity, Glass Transition Temperature (PDF) |
5 |
Molecular Orientation (PDF) |
6 |
Chain Conformation, Kinetic Theory of Rubber Elasticity (PDF) |
7 |
Mechanics of Elastomers (PDF) |
8 |
Viscoelasticity - Creep, Stress Relaxation (PDF) |
9 |
Dynamic Response (PDF) |
10 |
Maxwell Models (PDF) |
11 |
Zener Model (PDF) |
12 |
Distribution of Relaxation Times (PDF) |
13 |
Effect of Temperature (PDF) |
14 |
Stiffness |
15 |
Stress Analysis (PDF) |
17 |
Yielding and Crazing (PDF) |
18 |
Linear Fracture Mechanics (PDF) |
19 |
Elastic-plastic Fracture |
20 |
Brittle Fracture, Toughening (PDF) |
21 |
Composites (PDF) |
22 |
Matrices and Reinforcements (PDF) |
23 |
Composites Fabrication |
24 |
Mechanics of Continuous Fibers (PDF) |
25 |
Discontinuous Fibers, Reinforced Rubber (PDF) |
26 |
Melt Processing |
28 |
Transport Theory, Viscous Flow (PDF) |
29 |
Viscous Flow Continued (PDF) |
30 |
Cooling and Solidification (PDF) |
31 |
Extrusion (PDF) |
32 |
Injection Molding (PDF) |
33 |
Thermosets and Thermoforming (PDF) |
34 |
Elements of Design (PDF) |
35 |
Materials Selection (PDF) |
36 |
Design for Manufacturing, Stiffness, and Strength |