Coastal bridges are vulnerable to complicated hydrodynamics induced by hostile natural
hazards, relevant research is thus required to ensure the safe operation of these critical …

Building resilient bridges, that are able to withstand multiple natural stressors with minimal
damage and quickly restore their functionality is paramount to delivering climate-resilient …

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 …

This paper presents a framework based on the endurance time (ET) method to evaluate
bridge seismic fragility and resilience in the life-cycle context by considering corrosion …

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 …

It is well established that various sources of uncertainties play a critical role in the safety
assessment of engineering structures. Some widely used frameworks, such as performance …

The increasing intensity of strong earthquakes has a large impact on the seismic safety of
bridges worldwide. As the key component in the transportation network, the cable-stayed …

Multiple hazards, such as, earthquake, strong wind, snow, flood-induced scour, tsunami,
landslide, rain, blast, explosion, fire outbreak, etc. have caused extensive global …

This study aims to advance knowledge on multi-hazard damage to shallow foundation
bridges subjected to simultaneous scour, earthquake, and vehicular loads. While most water …