Dear Colleagues, In recent years, several countries have experienced heavy damages produced by earthquakes on existing structures designed considering only gravity loads. In some cases, new structures designed according to recent international seismic codes have also exhibited inadequate levels of seismic performance, especially in terms of serviceability limit state. Moreover, most economic loss associated to earthquakes is often strongly correlated to damage of nonstructural elements. As structural vulnerability contributes to raising the seismic risk, a comprehensive model to quantify seismic resilience of structures is needed in order to estimate the capacity of integrated systems to rebound after severe earthquakes. This Special Issue aims to collect high-quality papers on advanced research on seismic resilience of structures and infrastructures (including buildings, bridges, cultural heritage, strategic life lines, etc.) dealing with different topics. In particular, recent research on seismic input definition, influence of dynamic soil–structure interaction, structural retrofit, passive control of structures, structural health monitoring, damage detection, and new structural systems toward earthquake-resilient structures is welcome for this interdisciplinary Special Issue. Prof. Dr. Felice Carlo Ponzo Dr. Antonio Di Cesare Dr. Rocco Ditommaso Guest Editors
Advanced Research in Seismic Resilience of Structures and Infrastructures
Felice Carlo PONZO;Antonio DI CESARE;Rocco DITOMMASO
2021-01-01
Abstract
Dear Colleagues, In recent years, several countries have experienced heavy damages produced by earthquakes on existing structures designed considering only gravity loads. In some cases, new structures designed according to recent international seismic codes have also exhibited inadequate levels of seismic performance, especially in terms of serviceability limit state. Moreover, most economic loss associated to earthquakes is often strongly correlated to damage of nonstructural elements. As structural vulnerability contributes to raising the seismic risk, a comprehensive model to quantify seismic resilience of structures is needed in order to estimate the capacity of integrated systems to rebound after severe earthquakes. This Special Issue aims to collect high-quality papers on advanced research on seismic resilience of structures and infrastructures (including buildings, bridges, cultural heritage, strategic life lines, etc.) dealing with different topics. In particular, recent research on seismic input definition, influence of dynamic soil–structure interaction, structural retrofit, passive control of structures, structural health monitoring, damage detection, and new structural systems toward earthquake-resilient structures is welcome for this interdisciplinary Special Issue. Prof. Dr. Felice Carlo Ponzo Dr. Antonio Di Cesare Dr. Rocco Ditommaso Guest EditorsI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.