Proper parameterization of near‐fault ground motions is of critical importance in earthquake
engineering, and this process is traditionally performed by directly fitting an analytical pulse …

Due to the featured high-amplitude, long-period pulses in velocity or displacement time–
history, the near-fault ground motion may have a stronger destructive effect on engineering …

To investigate the effects of fault crossing on the seismically isolated bridges, shake table
testing was conducted on a 1/10 scaled two-span simply-supported bridge model isolated …

Railway round-ended hollow tall piers are widely used in the high-intensity mountainous
areas of Southwest China. However, this gravity/tall pier based on the ductility design …

In this article, seismic fragility of a base-isolated special Reinforced Concrete (RC) moment
frame is investigated under near-fault pulse-type ground motion records. The vulnerability of …

In this study, the effect of the high frequency components of near fault ground motions
(NFGM) with forward rupture directivity effect (FRDE) on the seismic response of elastic and …

Near-fault earthquakes can cause more intricate dynamic responses and potentially lead to
severe damage to bridge structures compared to far-field earthquakes. In January 8, 2022, a …

Current studies lack probabilistic evaluations on the performance of fault-crossing bridges.
This paper conducts seismic fragility analyses to evaluate the fragility of cable-stayed …

Strong earth vibrations may destroy high asphalt concrete core rockfill dams (ACCRDs) and
cause unanticipated economic and social losses. Due to favorable geographical, geological …

This work evaluates the offshore wind turbine structure (OWT) subjected to the forward
directivity and fling step types of pulse ground motion. The influence of the pulse period and …