Week 1: Introduction; causes of earthquake; Continental Drift and Plate Tectonics; plate boundaries; faults; seismic waves; locating an earthquake epicenter; size of earthquake: magnitude, intensity and energy of earthquake.
Week 2: Strong motion measurement; ground motion parameters; estimation of ground motion parameters.
Week 3: Measurement of dynamic soil properties (Part I): field tests
Week 4: Measurement of dynamic soil properties (Part II): field tests (continued), laboratory tests. Model tests.
Week 5: Stress-strain behavior of cyclically loaded soils: equivalent linear model, nonlinear models.
Week 6: 1-D Ground response analysis: linear approach, equivalent linear approach, nonlinear approach.
Week 7: Liquefaction; flow liquefaction; cyclic mobility; evaluation of initiation of liquefaction: cyclic stress approach, cyclic strain approach.
Week 8: Liquefaction susceptibility criteria for silts and clays, evaluation of cyclic softening in silts and clays, earthquake- induced settlement of soils.
Week 9: Soil improvement techniques for remediation of liquefaction hazards.
Week 10: Seismic slope stability analysis: pseudo-static approach; seismic design of retaining wall, seismic displacement of retaining walls, effect of water on seismic wall pressures.
Week 11: Seismic design of waterfront retaining wall. Pseudo-dynamic approach
Week 12: Static and seismic design of geosynthetic-reinforced retaining wall.
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