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 …

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

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 …

This paper evaluates the seismic responses of a super-span cable-stayed bridge subjected
to near-fault ground motions. A new method, record-decomposition incorporation (RDI), is …

A series of large-scale shaking table tests on a typical subway station structure were carried
out for pulse-like earthquake motions. The propagation of earthquake motions in soils is …

In recent earthquakes, structures near seismic sources have suffered severe damage due to
near-fault ground motions. When compared with ordinary ground motions, these ground …

The modal parameters of transmission tower-line systems constitute the basis of their wind
and seismic design. However, such structures become complicated spatial systems due to …

Seismic loads pose a potential threat to the high-speed railway bridges in China, which
have been rapidly developing in recent years, especially for those subjected to the near-fault …

The tendency to use renewable energy sources has been increased due to the problems
associated with utilization of the fossil fuels such as their instability in the future and …

Ultra high voltage (UHV) transmission tower-line coupling system consists of transmission
lines (conductors and ground wires) supported by a series of lattice towers. However, in the …