With the increasing demand for land transportation in coastal areas, the number of sea-
crossing bridges has increased rapidly. In the construction of sea-crossing bridges, the …

Deep‐water bridges are susceptible to severe damages under strong earthquakes. Water–
structure interaction will considerably affect the dynamic performance of deep‐water …

The benefit of fiber-reinforced concrete (FRC) to the life-cycle seismic performance of the
bridge has not yet been fully studied. A probabilistic methodology was proposed in this study …

In the marine environment, bridges are exposed to long-term foundation scour and structural
corrosion. Consideration of scour and corrosion effects is of crucial importance for the …

Quantifying the seismic fragility, risk, and resilience of structures is a computationally
demanding step in the performance-based earthquake engineering framework as it …

Seismic fragility assessment using structural dynamic analysis remains challenging for
complex systems due to the high computational demand, such as the sea-crossing cable …

The assessment of earthquake-induced hydrodynamic added mass is critical in the seismic
design of structures supported by immersed columns. This paper developed an efficient …

Hydrodynamic effects have a significant impact on the seismic performance of deep water
bridges in reservoir. Currently, three-dimensional numerical fluid-structure interaction …

The benefit of fiber reinforced concrete (FRC) to the seismic performance of bridges under
different earthquake scenarios and damage mechanisms has not been fully addressed. This …

A simplified added-mass model is proposed in this paper for evaluating the seismic
response of rectangular hollow piers in deep water, which are widely used in railway …