Saturday, September 23, 2017
Home Studies Courses

Earthquake-Resistant Design of R/C structures (04)

Design seismic action, seismic hazard and seismic risk, software applications for response spectrum generation, behaviour and force reduction factor, inelastic spectra for constant strength and ductility, design spectra, design action effects, computer aided elastic and inelastic analysis of RC buildings, passive seismic isolation systems, performance-based and displacement-based design, seismic response of materials and RC members, concrete (confined, unconfined) and steel under monotonic earthquake loading, steel-concrete bond under seismic action, seismic design principles for RC beams, columns, joints and shear walls, assessment of seismic response of buildings, classification methods (damage matrices), risk scenarios, empirical methods for assessing the seismic fragility of buildings, Eurocode 8-3, Greek Code for Seismic intervention, ASCE41-07, examples of seismic design of important RC structures.