Both the real and spectrum-compatible seismic waves are widely used as input loads in the
seismic assessment of critical structures in engineering applications, which are also allowed …

Past major earthquakes have witnessed extensive pile-supported transmission tower-line
systems (PSTLs) failing, which highlights the great susceptibility of PSTLs to damage from …

The pitting corrosion of pipelines subjected to the spatio-temporal earthquake was
evaluated to illustrate the failure probability of multiple loading conditions. The pipeline …

Random field theory is an effective tool for modelling spatial or temporal variability and
uncertainty in natural phenomena, and it has been widely applied in many areas such as …

This paper presents a novel approach to model and simulate the multi-support depth-
varying seismic motions (MDSMs) within heterogeneous offshore and onshore sites. Based …

The floor response spectra (FRS) are usually determined by time history analyses using
spectrum-matched time histories. However, previous studies reported that spectrum …

The seismic response of ocean structures would be overestimated if the ground motions
recorded at land stations are used without corrections. Considering the effect of soft soil …

For the seismic analysis of complex or nonlinear extended structures, it is useful to generate
a set of properly correlated earthquake accelerograms that are consistent with a specified …

For regional hazard analysis or engineering applications, it is necessary to simulate a group
of correlated ground motions containing information from given recordings. A new method is …

The effects of ground-motion spatial variability on the seismic vulnerability of a floating cable-
stayed bridge with 420-m long main span are investigated using component and system …