We present a survey that focuses on the response and recovery planning phases of the
disaster lifecycle. Related mathematical models developed in this area of research are …

The frequency and intensity of both human-made and natural disasters are predicted to
increase, and hospitals play a critically important role in reducing injury and mortality rates …

Natural disasters, such as flooding, can cause severe social, environmental, and economic
damage to a community. Transportation infrastructure plays an essential role in flood …

Reduction of the impact of natural hazards and enhancement of the resilience of population
involves access to straightforward information about safe and non-safe areas during the …

Widespread use of electric vehicles (EVs) and electric buses (EBs) adds new challenges to
short-notice evacuations. Studies modeling EV behavior suggest that the power grid in most …

Flood is one of the most frequently occurring and devastating disasters in Nepal. Several
locations in Nepal are at high risk of flood, which requires proper guidance on early warning …

The response efficiency of Emergency Medical Service (EMS) is related to the survival rate
of patients in Mass Casualty Incidents (MCIs). This study aims to reduce delays caused by …

Major accidents, like toxic gas releases, fires and explosions, may influence a large area.
And thus, evacuation is a necessary public protection measure to mitigate the health …

Most of the disasters occur unexpectedly with respect to time, place and intensity. Due to
these reasons, humanitarian logistics has attracted considerable research attention in the …

Following the occurrence of disasters, various commodities are distributed to pre-
determined relief centers. Owing to the high-level demand uncertainty, initial multi …