Sea-crossing bridges face complex site environments compared to onshore bridges, with
the marine environment significantly influencing seismic responses. Despite this, current …

Simple-support bridges are employed in offshore regions as integral component of coastal
transportation networks. However, these bridges are vulnerable to the combined effects of …

Coastal bridges are particularly prone to damage caused by prior earthquakes, rendering
them more vulnerable to subsequent hazards. The potential occurrence of a near-field …

To study the mechanism of tsunami wave forces on round-ended piers and the force
calculation method, a series of round-ended piers with different ratios of length to width (L/D …

In coastal areas, earthquakes are very likely to cause deformation of the seafloor crust,
which in turn triggers large-scale water displacement and forms tsunamis. Structural …

Spectrum feature extraction plays a crucial role in identifying seismic events and calculating
structural response parameters. However, the criteria for identifying effective modal …

The effects of scour depth on the seismic responses of rock-socketed single pile foundations
and 2× 2 pile group foundations were investigated by shaking table tests, and the seismic …

Spectrum feature extraction plays a crucial role in identifying earthquake events and
calculating seismic parameters. However, the identification standards of effective modal …

Wind-induced fatigue presents a critical challenge in the design of offshore bridges, subject
to dynamic and stochastic wind forces that induce complex vibrational responses and …

As an important renewable engineering structure, offshore wind turbine foundation is
threatened by tsunami bore. A three-dimensional numerical model of dam-break wave …