| LEC # | TOPICS | LECTURE NOTES | SCRIBED BY |
|---|---|---|---|
| 1 | Introductory lecture | (PDF) | Darrell Coles |
| 2 | Stress and strain | (PDF)# | Shane Mcgary |
| 3 | Relationship between stress and strain Equation of motion Wave equation | (PDF) | Katie Atkinson |
| 4 | Wave equation (cont.) | (PDF) | Katie Atkinson |
| 5 | d'Alembert's solution Separation of variables Fourier transform Slowness | (PDF) | Jennifer Furstenau |
| 6 | Travel time curves | (PDF) | Sudhish Bakku |
| 7 | Travel time tomography | (PDF) | Binghuai Lin |
| 8 | Travel time tomography (cont.) | (PDF) | Binghuai Lin |
| 9 | Snell's law | (PDF) | Sudhish Bakku |
| 10 | Critical and post-critical reflection | (PDF) | Sudhish Bakku |
| 11 | Surface waves-ground roll | (PDF) | Michael Szulczewski |
| 12 | Travel time tomography | (PDF) | Sami Alsaadan |
| 13 | Travel time tomography (cont.) Model uniqueness Fresnel zones | (PDF) | Sami Alsaadan |
| 14 | Travel time tomography (cont.) | (PDF) | Sami Alsaadan |
| 15 | Normal modes | (PDF) | Claire Willis |
| 16 | Anisotropy | (PDF) | Claire Willis |
| 17 | Earthquake | (PDF) | Binghuai Lin |
| 18 | Focal mechanics | (PDF) | Katie Atkinson |
| 19 | Focal mechanics (cont.) | (PDF) | Sami Alsaadan |