Ders Akışı

Hafta Konular ÖnHazırlık
1 Importance of Earthquake geology and mechanics from earthquake hazard point of view
2 Earthquake geography and plate tectonics
3 Stress, strain, friction, Coulomb failure criteria and Griffith cracks.
4 Fault mechanics: Fault rheology and continental fault model
5 Fault mechanics: Fault zone heterogeneity and discontinuities.
6 Segmentation of fault zones, fault steps and bends, asperities, characteristic earthquakes and models of fault slippage.
7 Methods and instruments used by earthquake geology: Tectonic geodesy (1) and Geochronology (2).
8 Methods and instruments used by earthquake geology: Neotectonics (3) and Paleoseismology (4).
9 Effects of fault zone structures on earthquake ruptures: global examples.
10 Effects of fault zone structures on earthquake ruptures: global examples.
11 Geomorphology of fault types and coseismic structures.
12 Earthquake mechanics: Kinematic and dynamic approaches.
13 Earthquake scaling and self-similarity of earthquakes
14 Complex earthquake ruptures and earthquake stress interactions.

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