1st day:
Introduction to geomechanical boundary value problems (3 hrs.)
2nd day:
The dislocation model and quantitative seismology (3 hrs.)
3rd day:
Computation of earthquake’s elastic deformation (2 hrs.)
Introduction to the software EDCMP for interpreting coseismic
surface deformation derived from GPS and InSAR data (1 hr.)
4th day:
Computation of viscoelastic deformation (2 hrs.)
Introduction to the software PSGRN/PSCMP with application
to the 2004 Mw = 9.3 Sumatra-Andaman earthquake (1 hr.)
5th day:
Seismic wave propagation and synthetic seismograms (2 hrs.)
Introduction to the software QSEIS (1 hr.)
6th day:
Exercises with any above tools selected by students themself (3 hrs.)
7th day:
Student reports (2 hrs.)