Urban air mobility (UAM), if successful, will disrupt urban transportation. UAM is not the first
disruptive technology in transportation, with recent examples including electric ground …

Scholarly research on the topic of electric vehicles has witnessed a dramatic increase in the
current decade; however, reviews that synthesize and integrate these findings …

The deployment of electric vehicles (EVs) may mitigate major issues such as environmental
pollution and dependence on oil. However, the current market penetration of EV is still at the …

Understanding heavy-duty vehicle (HDV) fleet operator behavior with respect to adoption of
alternative fuel vehicles (AFVs) is critically important for accelerating diffusion of these …

To examine the public acceptance of connected vehicles (CVs), this study developed a
novel connected vehicle acceptance model (CVAM) extending the technology acceptance …

The diffusion of electric cars can contribute to more sustainability in the transport sector, but
diffusion rates in most countries are still low. We investigated motives for electric car …

Although electric vehicles (EVs) have been heavily promoted as an effective solution to
sustainable problems such as environmental pollution and resource constraints, the market …

In 2017, the transportation sector in the European Union was responsible for 27% of the total
greenhouse gas emissions, of which road transportation accounted for 71.7%. As a result of …

The mass diffusion of new energy vehicles (NEVs) in the automobile market depends largely
on consumers' acceptance behavior. In China, traditional culture induces attitudinal …

Battery swap technology (BST) is an innovative means of mitigating range satisfaction in
using electric vehicles (EVs), advancing decarbonized vehicular transport, and enhancing …