Abstract The Hybrid Cable-Supported Bridge System (HCSBS), renowned for its exceptional
spanning capabilities, has become a coveted design for sea-crossing structures. Its appeal …

Marine structures located in earthquake‐prone areas may be subjected to coupled
earthquake and wave–current action and the underwater shaking table (UST) model test is …

Sea-crossing cable-stayed bridges may encounter the combined effects of earthquakes,
waves, and currents, seriously threatening their service safety. In this paper, the effects of the …

In order to investigate the dynamic response of a deep‐water long‐span cable‐stayed
bridge under the combined action of earthquakes and waves, this paper establishes a …

Due to the effects of complex fluid‐structure interaction, deep‐water bridges are more prone
to damage under strong earthquakes. Quantification of seismic fluid‐structure interaction …

As for deep-water bridges in river, sea, and reservoirs, the water-structure interaction is non-
negligible when investigating its seismic performance. Morison equation and radiation wave …

The hydrodynamic effect on underwater bridge piers during seismic action not only
enhances pier responses but also poses a threat to bridge safety. Reliable and …

Earthquakes and extreme waves pose significant threats to the safety of offshore bridges,
particularly in deep-water environments. The temporal sequence of earthquakes and waves …

This paper presents a new procedure for the seismic response assessment of water-
surrounded axisymmetric structures through the inclusion of earthquake-induced …

Damping devices are commonly used in the isolation layer of base-isolated structures to
provide additional damping to control the structural responses. Normally, large damping for …