An adequate understanding of consumer affinity towards automated vehicles (AVs) is
necessary to more reliably forecast the potential impacts of AVs on transportation system …

Autonomous vehicles (AVs) offer several benefits, such as improving road safety, mitigating
traffic congestion, and reducing fuel consumption and gas emissions. Despite these …

Increasing electrification of the global transport system is critical in the transition towards a
net zero economy. While electric vehicle (EV) uptake is increasing in many countries, some …

This study gains insight into individual motivations for choosing to own and use autonomous
vehicles and develops a model for autonomous vehicle long-term choice decisions. A stated …

Recent academic research and industrial commitments highlight the potential of connected
and autonomous vehicles (CAVs) in transforming the way we travel. However, there are …

To achieve the widespread diffusion of autonomous electric buses (AEBs) and thus harness
their environmental potential, a broad acceptance of new technology-based mobility …

Emerging autonomous vehicles (AVs) and shared mobility systems per se will transform
urban passenger transportation. Coupled together, shared AVs (SAVs) can facilitate …

Abstract Introduction Autonomous Vehicles (AVs) could have profound effects on mobility,
safety, and the build environment. In specific, AVs are expected to provide more mobility …

With the goal of understanding autonomous vehicle (AV) adoption and use behavior,
numerous behavioral studies and surveys have included variables intended to capture …

Abstract Autonomous Vehicles (AVs) have the potential to transform the transportation
industry with significant economic, social and environmental benefits. However, the mass …