Harnessing energy from ocean waves presents a promising solution to combating global
climate change in the marine environment, significantly contributing to mitigation efforts …

Vehicle suspension vibration is a prevalent form of oscillation, with approximately 22.5% of
automobile energy dissipated through suspension-induced vibration. This phenomenon …

Recently, the nexus of two digital technologies, the Internet of Things (IoT) and artificial
intelligence (AI), have contributed significantly to the advancement of high-speed rail …

This review paper provides a comprehensive examination of energy harvesting
technologies tailored for electric vehicles (EVs). Against the backdrop of the automotive …

This study addresses the optimized design of electro-hydrostatic regenerative shock
absorbers to enhance vibrational energy recovery in ground vehicles, aiming to reduce …

In recent years, the increasing adoption of electric buses (EBs) worldwide has contributed
significantly to reducing environmental pollution. Nevertheless, the most challenging …

Harvesting mechanical energy from traffic environments is an effective way to power low-
power wireless sensors. In this paper, a compact mechanical energy harvester (MEH) is …

Unmanned and intelligent train transportation requires the development of traffic-oriented
self-powered vibration-sensing technology. To enhance the applicability, host-friendliness …

This study introduces a novel rotational Energy Harvesting Shock Absorber (EHSA),
specifically designed for use alongside existing vehicle suspension systems. Addressing …

Electric vehicles purchase intention: the role of mediators using an extended TPB model |
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