The plateau environment deteriorates the combustion quality inside the heavy duty diesel
engine, bringing difficulties in controlling soot emissions. To study the causes of soot …

The all-area operating performance of the vehicles requires the development of diesel
engines that can operate at high altitudes without significant performance deterioration. Prior …

This paper investigated the sensitivity of diesel engine performance to plateau environment.
A three-dimensional computational fluid dynamics engine model validated against the …

Market globalization necessitates the development of heavy duty diesel engines that can
operate at altitudes up to 5000 m without significant performance deterioration. But the …

The engine performances and emissions of light-duty diesel engines in plateau regions
have attracted more attention due to the upcoming China VI emission regulations for light …

A total of 252 emission plumes of ships operating in the Mediterranean Sea and around the
Arabian Peninsula were investigated using a comprehensive dataset of gas-and submicron …

One of the promising ways in environmental protection of the marine internal combustion
engines (ICE) is the neutralization of harmful substances in exhaust gas through engine gas …

Concern over the change of atmospheric conditions at high altitudes prompted interests in
the deteriorated efficiency and emissions from heavy-duty diesel engines. This study utilized …

To satisfy intake demand under high-altitude condition, two-stage turbocharging system is
matched for diesel engine. However, it is necessary to regulate turbocharging system at low …

NOx emissions from diesel cars and light duty vehicles are important to regulate because of
their significant health and environmental damages. Many factors can influence vehicle …