Probabilistic seismic hazard analysis of civil infrastructure - Seismic Risk Analysis and Management of Civil Infrastructure Systems - page 3

Module 1:
Earthquake occurrence & source characteristics
Historical and instrumental earthquake catalogue
Fault/areal seismic source zone
Magnitude-recurrence/characteristic magnitude model
Occurrence rate of a damaging earthquake in a zone

Module 2:
Prediction of ground motion parameter at a site
Magnitude-/distance-measure conversion
Expected ground motion parameter for a given scenario
Variability of the predicted ground motion parameter
Adjustment for soil conditions and orientation

Module 3:
Uncertainty modelling
Different source characterisations
Time-dependent earthquake occurrence models
Alternative ground motion prediction models
Sensitivity analysis

Integration of seismic hazard
Synthetic earthquake catalogue
Numerical integration or Monte Carlo simulation
Seismic hazard curve
Seismic deaggregation

Advanced earthquake engineering applications
Probabilistic seismic risk analysis (fragility curves)
Seismic retroitting/upgrading decision analysis
Probabilistic liquefaction hazard analysis

1.1 General probabilistic seismic hazard analysis procedure and its extension to advanced earthquake
engineering applications.