Community resilience has been addressed across multiple disciplines including
environmental sciences, engineering, sociology, psychology, and economics. Interest in …

Given the devastating losses incurred by past major earthquake events together with the
ever-increasing global seismic exposures due to population growth and urbanization …

The exposure of critical infrastructure to natural and human-induced hazards has severe
consequences on world economies and societies. Therefore, resilience assessment of …

Risk assessment and mitigation programs have been carried out over the last decades in
the attempt to reduce transportation infrastructure downtime and post-disaster recovery …

The importance of understanding system resilience and identifying ways to enhance it,
especially for interdependent infrastructures our daily life depends on, has been recognized …

Transport infrastructure is the backbone of the economy and society, while at the same time
is exposed to multiple hazards. Previous natural disasters, including earthquakes, had a …

Resilience curves are used to communicate quantitative and qualitative aspects of system
behavior and resilience to stakeholders of critical infrastructure. Generally, these curves …

Immediate damage to electricity transmission systems after strong earthquakes can
significantly cause widespread power outages and impede maintenance activities. Whereas …

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 …

Transportation infrastructure are critical systems supporting community well-being. Its
impairment or failure due to hazardous events can lead to societal consequences which are …