This page contains slides handed out to accompany the in-class lectures.
SES # | Topics | Lecture Notes |
---|---|---|
1 | Introduction | (PDF) |
2 | Force distributions | (PDF) |
3 | Deformation under force | (PDF) |
4 | Stress distributions in materials | |
5 | Strain and stress | (PDF) |
6 | Pressure vessels | |
7 | Stress transformations | (PDF) |
8 | Stress transformations: 2D - 3D | |
9 | Stress transformations: 3D | |
10 | Elasticity | |
11 | Continuum linear elasticity | |
12 | Linear elasticity | |
13 | Linear elasticity (cont.) | (PDF) |
14 | Superelasticity | (PDF) |
15 | Nonlinear elasticity | |
16 | Viscoelasticity | |
17 | Rubber elasticity | (PDF) |
18 | Continuum plasticity | |
19 | Plasticity in crystals | |
20 | Plasticity in crystals (cont.) | (PDF) |
21 | Plasticity in amorphous materials | (PDF) |
22 | Controlling plasticity onset | |
23 | Controlling plasticity onset (cont.) | |
24 | Plasticity at surfaces | (PDF) |
25 | EGs of engineering elastoplastic deformation mechanisms | |
26 | Time-dependent plasticity | |
27 | Time-dependent plasticity (cont.) | (PDF) |
28 | Creep deformation mechanisms | |
29 | Designing against creep | |
30 | Continuum fracture | |
31 | Continuum fracture (cont.) | |
32 | Fracture in crystals | (PDF) |
33 | Fracture in crystals (cont.) | |
34 | Fracture in amorphous materials | |
35 | Fatigue | (PDF) |
36 | Fatigue (cont.) | (PDF) |
37 | Fatigue (cont.) | (PDF) |