In the complex marine environment, coastal bridges are vulnerable to damage under
extreme wave action, and researchers have focused on taking effective measures to reduce …

Coastal box-girder bridges have wide applications in the near-shore transportation systems
and many low-lying bridges are under serious threats from extreme waves. However, few …

The submerged floating tunnel (SFT) has broad application prospects in straits and bays
with deep water levels. However, few studies have focused on the impact of non-uniform …

Abstract The advantages of Floating Breakwater encompass its adaptability to varying water
depths and tidal ranges, as well as its economic viability, mobility, and ease of installation …

Tsunamis can cause destructive damage to coastal bridges resulting in huge economic
losses and human casualties. Different types of countermeasures can reduce the horizontal …

The bearing connection between the bridge girder and substructure plays a crucial role in
resisting wave forces. Previous works pointed out that the box-girder bridge with laminated …

Nonlinear interactions between an extreme wave and a cylindrical structure with its bottom
being elevated above the still mean water level are investigated by a set of physical …

In a complex marine environment, the occurrence of extreme sea conditions is becoming
increasingly frequent due to global warming, and the resulting extreme waves can cause …

In recent years, with global warming and frequent natural disasters, existing offshore bridges
are facing the risk of extreme wave action. The research on disaster prevention and …

Earthquakes in coastal areas frequently trigger tsunami waves, posing significant threats to
low-lying coastal bridges. Investigating extreme wave force on bridge deck is crucial for …