The automotive industry is facing on-going challenges to improve the sustainability of its
manufacturing processes and vehicle emissions due to economic, environmental …

Internal combustion engines waste a large amount of fuel energy through their exhausts.
Various technologies have been developed for waste heat recovery such as …

Increase in societal demand for sustainability has resulted in attention to sustainable
manufacturing. Although an attractive goal to most, executives face difficulties in …

The present technologies in internal combustion engines for transportation purposes clearly
demonstrate the room for improvement still achievable. In a recent past, harmful emission …

Vehicle electrification demands a deep analysis of the thermal problems in order to increase
vehicle efficiency and battery life and performance. An efficient thermal management of an …

The paint shop plant, as the largest energy consumer in the automotive manufacturing
process, requires special attention to optimize energy efficiency and thermal management …

In order to improve the vehicle fuel economy, ride comfort and handling, this paper presents
the design, modeling, and performance study of a novel hydraulic pumping regenerative …

In this paper, we challenge the so-called orthodox sustainable transport vision, by
confronting it with two possibly troublesome issues;(1) the urge for growth, and (2) the …

Energy recovery is a key technology to improve energy efficiency and extend driving range
of electric vehicle. It is still a challenging issue to maximise energy recovery. We present an …

Exhaust thermal management (ETM) plays a prime role in reducing pollutant emissions from
internal combustion engines (ICEs), especially during cold-start and warm-up conditions …