Despite the evidence from past earthquakes and several numerical investigations
demonstrating the detrimental impact of vertical ground motions (VGMs) on the integrity of …

Natural and anthropogenic hazards pose significant risks to individuals and communities.
Over the past few decades, risk and reliability analysis have gone from a specialty topic to a …

Performance‐based earthquake engineering often requires ground‐motion time‐history
analyses to be performed, but very often, ground motions are not recorded at the location …

The objective of studies presented in this paper is to analyse the spatial incoherency of
seismic ground motions using signals from a velocimeter dense array located on a rock site …

Structures and infrastructure are subject to spatial varying seismic ground motions. The
commonly available empirical lagged coherency models are for the record components …

With the aim of evaluating the effect of spatial variability of recorded ground motions on
spatially extended structures, we present a numerical study on the linear and nonlinear …

Spatial variation of vertical ground motion may have influence on the response of long span
lifeline structures like bridges, pipelines, etc. However, studies specific to the spatial …

This paper conducts time history analysis to explore the influence of spatially varying
earthquake ground motion (SVEGM) on seismic responses of the long immersed tunnel …

The existence of local soft interlayer can significantly amplify or attenuate the ground motion
and thus might influence the lagged spatial coherency between spatially varying earthquake …

The difference in local sediment thickness and soil properties has a significant impact on the
spatial variation mechanism of seismic ground motion in the engineering scale. Due to the …