In chemical kinetic model reduction under internal combustion engine conditions, most
implementations only consider ignition related chemistry without consideration of flame …

In this study, a skeletal chemical kinetic mechanism for gasoline surrogates is developed
from a detailed mechanism by applying several reduction techniques. Directed relation …

A method for the combustion organisation in the cylinder of an HCCI engine is proposed.
This method is based on the selective impact of electrical discharge in the form of a high …

Abstract Gasoline Compression Ignition (GCI) is a promising engine operating mode that
can reduce maximum pressure rise rate (MPRR) without knock tendency and better control …

For lean or dilute, boosted gasoline compression-ignition engines operating in a low-
temperature combustion mode, creating a partially stratified fuel charge mixture prior to auto …

Flame propagation commonly exists in a wide range of engine operating modes. In chemical
kinetic model reduction, the prediction of flame speeds must be targeted when engines …

In the present work, renewable oxygenates 2, 5-dimethylfuran (DMF) and dimethyl ether
(DME) are considered as alternatives to fossil fuels for gasoline engines. The effects of …

As an octane enhancer in commercial gasoline, ethanol is widely used by its oxygenated
and renewable natures. In this study, five gasoline-ethanol blended fuels are studied with …

Advanced combustion engine (ACE) research is typically carried out on single-cylinder
research engines. These engines are designed to tightly control fueling and conditions at …

Abstract Computational Fluid Dynamics (CFD) modeling was used to investigate the effects
of the direct injection of wet ethanol at various injection timings during the intake stroke in a …