A number of metrics in the past have been proposed and numerically implemented to
assess the overall performance of large systems during natural disasters and their recovery …

Reliable prediction of seismic responses of bridges against lateral spreading is critical for
fragility and resilience assessment of transportation infrastructure. This problem, however …

Abstract Considerable three-dimensional (3D) effects are involved in the seismic
performance of pile-supported wharves. Such effects include the pile-to-pile interaction …

Seismic fragility curves are recognized as a useful tool for seismic performance assessment
of pile-supported wharf structure (PSWS) exposed to seismic hazards. These curves quantify …

Foundations are subjected to large lateral loads during earthquakes. Further, liquefaction
and subsequent lateral spreading, observed in almost all major earthquakes, have …

Highlights•Seismic vulnerability assessment of an idealized pile-supported wharf is
assessed.•Analytical fragility curves are developed for the wharf under study.•Incremental …

Fully-coupled nonlinear dynamic analysis is increasingly used for assessing the seismic
performance of pile-supported wharf structures subjected to liquefaction-induced lateral …

This article investigates bearing behaviors of a batter-piled wharf subjected to cyclic
episodes of lateral loading with varying amplitude through two-way displacement-controlled …

The approach bridge of the pile-supported wharf is an important structure that connects the
pile foundation platform and the land, and it has a significant impact on the safety of the high …

Pile-supported wharves, as one of the main components in marine harbor systems, are
subjected to multiple hazards such as earthquakes and corrosion during their lifetime. In this …