In the automotive and transportation sectors, technological advancements and innovations
aim to reduce fuel consumption and CO2 emissions of vehicles. In vehicles, a significant …

Renewable energy technologies, particularly in electric vehicles (EVs), have received
significant attention in recent years. The wasted energy in a vehicle's shock absorber can be …

Heavy goods vehicles (HGVs), which usually travel on rough and dirt roads, have great
potential for harvesting the dissipated energy during the dam** routines. Thus, this study …

Energy-harvesting suspension is very important to improve the energy efficiency of vehicles,
especially for electric vehicles. A novel energy-harvesting variable/constant dam** …

This paper presents a novel energy-harvesting shock absorber using a barrel cam follower
mechanism to harvests energy from the vehicle suspension system. The proposed system …

The application of the power generated by the proposed magnetic energy-harvesting
suspension (MEHS) is to power a wireless sensor in the MEHS. In this paper, the generated …

This article investigates the influence of various porosity distributions on the frequency
response behaviour of porous functionally graded MEE (P-FGMEE)/fibre-reinforced …

We designed a full-scale road piezoelectric energy harvester (FPEH) and performed field
tests to evaluate its electrical performance under various traffic loads. Based on the open …

Regenerative shock absorbers (RSAs) have still not entered production lines despite the
promising potentials in energy efficiency and emission reduction. Vibration energy …

High cost and significant power absorption do not allow exploiting modern active control
strategies for improving vehicle suspension performance. Meanwhile, the semi-active …