Lecture Notes

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)