Transportation is an economic sector that contributes significantly to global warming due to
its high consumption of fossil fuels, and sustainably produced hydrogen is a major …

Abstract The Public Bus Transit Network Design and Operations Planning Problem
(PBTNDOPP) is a complex transportation problem. Analytical approaches are one of the key …

Since connected and autonomous buses (CABs) have great potential of being operated in
partially connected environment and raise great impact on mixed traffic flow, this study …

To investigate the environmental implications of a collaborative approach between fixed-
route transit and demand-responsive transit, this paper studies a bimodal hierarchical transit …

The highly dynamic nature of the real-world environment poses significant challenges for
electric bus system operations (EBSOs), which are prone to serious accidents due to their …

The integration of shared bikes and flexible transit services offers significant potential and
benefits for urban transit systems. This paper presents a novel robust optimization …

The innovations of battery and charging technologies facilitate worldwide bus electrification,
which can conserve energy and reduce emissions. The emergence of wireless power …

The large-scale adoption of electric buses offers sustainable and reliable transportation, but
it poses challenges in designing appropriate charging strategies to accommodate the …

As a clean and renewable resource, solar energy has demonstrated its potential to alleviate
the energy vulnerability and grid strain for electric bus systems. In this study, we investigate …

This chapter underscores the critical importance of embracing alternative fuels, specifically
natural gas and hydrogen, as pivotal elements in the concerted effort to decarbonise road …