Global warming and carbon emissions have drawn attention to the need to decarbonize
transport. Promoting electric vehicles (EVs) has become an important strategy towards this …

Speed profiles play an important impact on the operational energy consumption of electric
buses (EBs). In this study, an eco-driving method is proposed for a connected and …

This paper presents a comprehensive approach to addressing the challenges of designing a
reliable emergency logistics network under the dynamic uncertainty of natural disasters. The …

Managing the energy supply of electric buses (EBs) is critical to balance operational
reliability and cost reduction. However, ambient temperature significantly affects energy …

With the continuous evolution and refinement of urban functional spaces, the escalating
reliance of commuters on public transportation for work-related travel has surged with time …

This paper presents a two-stage hybrid robust programming model that integrates multiple
blood products scheduling and multiple casualty types evacuation under facility disruptions …

Currently, the charging energy of electric buses (EBs) primarily relies on the power grid
(PG), and the production of the electricity for the power grid still results in carbon emissions …

In humanitarian logistics, the location and inventory pre-positioning problem (LIPP), making
decisions on facility location, inventory pre-positioning, and allocation, is critical to post …

As electric buses become increasingly popular, it is imperative to optimize the schedules of
electric buses with explicit consideration of their charging requirements. Unfortunately …

The rapid development of cities has led to increasingly problems in the road network
structure of urban streets. Combining emerging big data technology with traditional street …