Near‐fault pulse‐like ground motion is a significant class of seismic records since it tends to
cause more severe damage to structures than ordinary ground motions. However, previous …

During earthquakes, the long-span railway bridges crossing active faults are more
vulnerable because of the combined effects of pulsed ground motions and surface …

It is widely accepted that near-fault pulse-like ground motions potentially cause more severe
damage to structures than ordinary ground motions. However, the effects of stochastic pulse …

Bridge structures across active faults suffer the serious threats from large surface
deformation and velocity pulses. This study focuses on developing a multi-criteria optimizing …

This study investigates the nonlinear seismic responses of a long-span suspension bridge
crossing strike-slip faults and their sensitivity to various parameters and conditions. Four sets …

Bridges crossing active faults are more likely to suffer serious damage or even collapse due
to the wreck capabilities of near-fault pulses and surface ruptures under earthquakes …

Abstract On May 22, 2021, a magnitude 7.4 (Ms) earthquake, the largest earthquake in
mainland China since the Wenchuan magnitude 8.0 (Ms) earthquake, occurred in Maduo …

Most of the common monorail bridges in the world are non-isolated ones due to their low
superstructure weight. Recently, a limited study on the innovative isolated monorail bridges …

Post-earthquake surveys show that fault-crossing simply supported beam bridges or
continuous beam bridges suffer from severe seismic damage, such as falling beams and …

This article presents a comprehensive parametric study of ordinary and seismically isolated
bridges crossing strike‐slip faults by performing nonlinear response history analysis using …