Learning Outcomes
The course aims to familiarize graduate students with the theory and the basic concepts of Engineering Seismology, such as the parameters that characterize and measure the strong ground motion, as well as the basic principles for the seismic hazard assessment.
Course Content (Syllabus)
The course aims to familiarize graduate students with the theory and the basic concepts of Engineering Seismology, such as the parameters that characterize and measure the strong ground motion, as well as the basic principles for the seismic hazard assessment. The understanding of these basic principles is necessary for the elaboration and application of various methodologies concerning the study, simulation and prediction of strong ground motion, taught in other courses. The individual items that will be discussed are:
Instrumentation for recording ground acceleration
1. Basic concepts - mathematical theoty of acceletometers
2. Free field arrays of accelerometers
3. Arrays 2D-3D of accelerometers
Seismic ground motion parameters
1. Peak ground values (PGA, PGV, PGD)
2. Response spectrum
3. Duration of seismic ground motion
4. Energy parameters
5. Macroseismic intensity.
Seismic ground motion prediction relations
1. Data bases
2. New generation relations
Local site effects on seismic ground motion
1. Theoretical background
2. Experimental estimation
Seismic Hazard analysis
1. Seismic hazard parameters
2. Time independent Seismic Hazard analysis
3. Time dependent Seismic Hazard analysis
Design parameters and Seismic Risk analysis
1. Greek Seismic Design Code 2000
2. Eurocode
3. Vulnerability and Seismic Risk