Solid EarthDynamics

Syllabus

1. Lec 01, (PDF) (PPTX) Introduction; Conservation of volume illustrated by streamflow
2. Lec 02, (PDF) (PPTX) Basic concepts for heat flow
3. Lec 03, (PDF) (PPTX) Cooling of the Earth
4. Lec 04, (PDF) (PPTX) Depth-Age dependence of oceanic crust
5. Lec 05, (PDF) (PPTX) Advection and convection and the Rayleigh number
6. Lec 06, (PDF) (PPTX) Convection in the Earth
7. Lec 07, (PDF) (PPTX) Gravity, planetary orbits and gravity anomalies
8. Lec 08, (PDF) (PPTX) Centrifugal and COriollis foces and the shape of the Earth
9. Lec 09, (PDF) (PPTX) Isotacy and gravty anomalies
10. Lec 10, (PDF) (PPTX) Interpreting gravity anomalies
11. Lec 11, (PDF) (PPTX) Glacial isostatic rebound
12. Lec 12, (PDF) (PPTX) More rebound; stress and strain in solids
13. Lec 13, (PDF) (PPTX) Lithospheric flexure
14. Lec 14, (PDF) (PPTX) Tides
15. Lec 15, (PDF) (PPTX) Acoustic and elastic waves
16. Lec 16, (PDF) (PPTX) Compressional and shear waves
17. Lec 17, (PDF) (PPTX) Angle of inclidence, reflection and refraction
18. Lec 18, (PDF) (PPTX) Faults and earthquakes
19. Lec 19, (PDF) (PPTX) Focal mechanisms
20. Lec 20, (PDF) (PPTX) Seismotectonics
21. Lec 21, (PDF) (PPTX) Paleo- and geo- magnetism
22. Lec 22, (PDF) (PPTX) More geomatnetism, including core dynamo
23. Lec 23, (PDF) (PPTX) Magnetotelluric methods
24. Lec 23, (PDF) (PPTX) Flow of glaciers
25. Lec 25, (PDF) (PPTX) Rheology of ice, glacial topography
26. Lec 26, (PDF) (PPTX) Crevassing
27. Syllabus