Diesel combustion and the formation of pollutants are directly influenced by the spatial and
temporal distributions of the fuel within the combustion chamber of an internal combustion …

Diethyl ether (DEE) has evolved as a potential alternative for partial diesel replacement in
compression ignition (CI) engines. In this study, a light-duty commercial diesel engine was …

In this study, the fuel injection pressure peak of the pressure amplification common rail fuel
system for two-stroke diesel engines was investigated in detail. A prediction model of the …

Effect of spray/wall interaction in a rapid compression and expansion machine on mixture
formation, ignition location, and soot generation was investigated. A two-dimensional piston …

Two-stage injection with different biodiesel percentage is investigated where first and
second injections were implemented with different SOI timings at various mass ratio under …

The influence of fuel pressure fluctuation on multi-injection fuel mass deviation has been
studied a lot, but the fuel pressure fluctuation at injector inlet is still not eliminated efficiently …

Common rail system is a key technology of energy saving and emission reduction for
modern diesel engines. Multiple injection, as one of the most interesting features of common …

In direct injection diesel engines, combustion and formation of pollutants are directly
influenced by the spatial and temporal distributions of the injected fuel. In this study mixture …

The direction of technological development in 2-stroke gasoline direct injection engines is to
improve engine performance and reduce exhaust gas pollution, where the solution to …

Fuel–air mixture in diesel engines could be controlled by various methods such as split-
injection strategies and nozzle-holes configurations. For the first time and in this paper, a …