Population growth, economic development, and rapid urbanization in many areas have led
to increased exposure and vulnerability of structural and infrastructure systems to hazards …

Tsunamis are unpredictable and infrequent but potentially large impact natural disasters. To
prepare, mitigate and prevent losses from tsunamis, probabilistic hazard and risk analysis …

After recent large earthquakes, field investigations confirmed that several bridges were
severely damaged and collapsed not only due to the earthquake, as an independent …

This paper presents a framework to develop generalizable surrogate models to predict
seismic vulnerability and environmental impacts of a class of buildings at a particular …

Earthquake-triggered giant tsunamis can cause catastrophic disasters to coastal
populations, ecosystems and infrastructure on scales over thousands of kilometres. In …

With the goal to facilitate evaluation and mitigation of the risks from natural hazards, the
Natural Hazards Engineering Research Infrastructure's Computational Modeling, and …

Community resilience analysis and performance-based tsunami design methods typically
use separate fragility curves for earthquake and near-field tsunami hazards to predict …

The multi-disciplinary data and information available at a community level comprise the
foundation of natural hazard resilience modeling. These data enable and inform mitigation …

Current flood vulnerability analyses rely on deterministic methods (eg, stage–damage
functions) to quantify resulting damage and losses to the built environment. While such …

This study quantifies the effects of long-duration earthquakes on the behavior of reinforced
concrete (RC) buildings subjected to successive earthquake-tsunamis through the …