NOC:Applied Seismology for Engineers

Lecture 1 - Plate tectonics and continental drift theory

Lecture 2 - Fault Plane Solution - Part 1

Lecture 3 - Fault Plane Solution - Part 2

Lecture 4 - Fault Plane Solution (Stereonets)

Lecture 5 - Seismic gaps

Lecture 6 - Analogy of active and inactive fault

Lecture 7 - Seismic waves and their use in locating EQ epicentre

Lecture 8 - EQ Intensity, magnitude and wave attenuation

Lecture 9 - Seismic source characterization and seismic activity

Lecture 10 - Earthquake catalogue preparation and seismic activity parameters

Lecture 11 - Ground motion simulation models and GMPEs

Lecture 12 - Deterministic seismic hazard analysis (DSHA)

Lecture 13 - Probabilistic seismic hazard analysis (PSHA)

Lecture 14 - One Dimensional equation of motion: P wave

Lecture 15 - One Dimensional equation of motion: S wave

Lecture 16 - Solution to 1D equation of motion: S wave

Lecture 17 - Local Site Effect (LSE) and Ground Response Analysis - Part I

Lecture 18 - Local Site Effect (LSE) and Ground Response Analysis - Part II

Lecture 19 - Ground Response Analysis - Part III

Lecture 20 - Ground Response Analysis - Part IV

Lecture 21 - State Criteria for Liquefaction - Part 1

Lecture 22 - State Criteria for Liquefaction - Part 2

Lecture 23 - Initiation of Liquefaction

Lecture 24 - Assessment of Liquefaction Potential

Lecture 25 - Paleoliquefaction

Lecture 26 - Seismic Microzonation

Lecture 27 - Landslides: Introduction and classification

Lecture 28 - Seismic vulnerability and risk - Part 1

Lecture 29 - Seismic vulnerability and risk - Part 2

Lecture 30 - Seismic vulnerability and risk - Part 3