In seismic reliability analysis the total failure probability is determined by combining the
fragility curve–representing the response of the structure to seismic excitation–with the …

This study examines the influence of ground motion duration on the collapse capacities of a
modern five-story steel moment frame and a reinforced concrete bridge pier. The effect of …

Although the influence of ground motion duration on liquefaction and slope stability is widely
acknowledged, its influence on structural response is a topic of some debate. This study …

Research progress on the seismic behaviour of structures under long-duration ground
motions (LDGMs) is summarized. First, the definitions and characteristics of ground motion …

The complete characterization of earthquake ground motion includes the length of the
interval of strong shaking as well as the amplitude and frequency content of the time series …

In this study, a method of predicting the seismic responses of building structures based on a
convolutional neural network (CNN) is proposed. In the method, the time histories of …

Near‐fault pulse‐like ground motions have long been known to be capable of inducing
significant seismic damages to the building structures. Reasonable classification of such …

We present a new, seismologically consistent expression for the total area and volume of
populations of earthquake‐triggered landslides. This model builds on a set of scaling …

Although extensive attention has been devoted to the influence of ground motion duration
on the seismic performance of various structures, the integration of the duration effect into …

We develop prediction equations for the median and standard deviation of the significant
duration of earthquake ground motions from shallow crustal earthquakes in active tectonic …