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An in-depth exploration of seismic waves, the process of liquefaction as a site-related hazard, and the physics behind earthquakes. Topics include the four types of seismic waves (p, s, love, and rayleigh), the phases in a seismogram, and the role of stress and strain in earthquakes. Additionally, the document covers earthquake monitoring, prediction, and hazard mitigation.
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Leftovers from Lecture 6
The 4 Types of Seismic Waves
The Phases in a Seismogram
Liquefaction (a site-related hazard) Examples
The process of liquefaction
Earthquakes and other Disasters
P waves S waves
Love waves Rayleigh waves
Locating an Earthquake
(will be taught in week 3 discussion sessions)
(will be taught in week 3 discussion sessions)
Earthquake Physics Stress and Strain
Asperities and Friction Stick-slip Behavior
EQ probabilities at the SAF^ Earthquake Monitoring and Prediction EQ Prediction and Parkfield (the seismic gap method) InSAR, GPS and aseimic movement along a fault
Hazard Mitigation
Earthquake Triggering
other EQ prediction tools
