The in-cylinder gas exchange process is crucial to the power performance of two-stroke
aircraft piston engines, which is easily influenced by complex factors such as high-altitude …

A novel two-stroke boosted uniflow scavenged direct-injection gasoline (BUSDIG) engine
has been proposed and designed in order to achieve aggressive engine downsizing and …

The energy and environmental problem have created an urgent need for compound
strategies of low-speed two-stroke diesel engines to meet stringent emission regulations. In …

The current demand for fuel efficient and lightweight powertrains, particularly for application
in downsized and hybrid electric vehicles, has renewed the interest in two-stroke engines. In …

Scavenging is becoming one of the determinants of two-stroke engine performance.
Efficiency of U-type loop scavenging of two-stroke diesel engine with two poppet valves is …

A novel computational fluid dynamics (CFD) model is presented for the study of the
scavenging process and convective heat transfer in a large two-stroke low-speed uniflow …

Miller cycle has been gradually applied on marine low-speed engines to reduce NOx
emission, due to its convenient implement with lower cost. However, current studies about …

Marine low-speed engines are one of the most favorable power devices for oceangoing
vessels. However, their energy consumption reduction is currently limited because of …

Abstract Swirl-Loop Scavenging (SLS) improves the performance of 2-stroke aircraft diesel
engine because the involved swirl may not only benefit the scavenging process, but also …

The introduction of modern aftertreatment systems in marine diesel engines call for accurate
prediction of exhaust gas temperature, since it significantly affects the performance of the …