This paper compares economic recovery in the COVID-19 pandemic with other types of
disasters, at the scale of businesses. As countries around the world struggle to emerge from …

As the quantitative hazard research, particularly stemming from the engineering fields, aims
to move from component-and building-level modeling into the interdisciplinary space of …

Virtual community resilience testbeds enable community-level inferences, convergence
research, and serve as decision-making aids. Testbeds are critical for the verification and …

This paper presents a building‐level post‐hazard functionality model for communities
exposed to flood hazards including the interdependencies between the population …

With the aim of fostering the development of robust tools to simulate the impact of natural
hazards on structures, lifelines, and communities, the Natural Hazards Engineering …

Evidence has shown that populations within diverse communities are affected by natural
hazards and disasters disproportionately. Critically, it is suggested that it is the fault of pre …

This paper explores the role of socioeconomic metrics in the design, planning and
operations of civil engineering projects within the specific context of resilience. The inclusion …

Despite efforts to end homelessness in the United States, student homelessness is gradually
growing over the past decade. Homelessness creates physical and psychological …

Business interruption after disasters is an important metric for community resilience planning
because has both economic and social consequences. Each additional day that a business …

Incorporating social systems and phenomena into virtual community resilience testbeds is
uncommon but becoming increasingly important. Social vulnerability indices are a …