Decisions made at every stage of the built environment life cycle impact how materials in
that environment are eventually managed at the end of their life, whether in a linear or …

Hurricanes pose a significant challenge to the resilience of coastal communities, causing not
only direct physical, social, and economic impacts but also indirect or cascading effects …

After the outbreak of COVID-19 pandemic, devising an effective reverse logistics supply
chain to clean up disaster medical waste is conducive to controlling and containing novel …

Natural disasters, depending on their severity, can generate vast amounts of waste. Without
proper waste management, these disasters can result in environmental pollution, epidemics …

Effective temporary debris management sites (TDMS) planning requires the consideration of
its subsequent impact on debris collection logistics. This study establishes an integrated …

Growing needs for sustainable consumption and production of resources call for controlling
substantial amounts of waste in the construction sector. Planned dismantling of structures …

Image data collected after natural disasters play an important role in the forensics of
structure failures. However, curating and managing large amounts of post-disaster imagery …

Remote sensing data, particularly satellite imagery, have made early, post-hazard aerial
damage assessment possible due to its fast availability and extensive coverage. Despite …

Effective integration of resilience in transportation planning requires the identification and
prioritization of multifaceted resilience factors. In this study, an extensive review of the …

Transportation resilience is a multifaceted construct, including technical, socioeconomic,
and geospatial factors. Developing effective plans demands evaluation of all resilience …