Based on recent research within optically accessible engines and combustion chambers,
conceptual models for low-temperature combustion (LTC) diesel engines are proposed. To …

Optical diagnostics is an effective method to understand the physical and chemical reaction
processes in homogeneous charge compression ignition (HCCI) and low temperature …

The effectiveness of computational fluid dynamics modeling as a tool for researching fuel-
lean, low temperature engine combustion strategies relies on its capability to capture the …

Partially premixed combustion (PPC) often adopts the early fuel-injection strategy that could
result in spray-wall interaction involved with piston top-land crevice. This interaction may …

Flow field asymmetry can lead to an asymmetric mixture preparation in Diesel engines. To
understand the evolution of this asymmetry, it is necessary to characterize the in-cylinder …

Early injection strategy is employed in many advanced combustion concepts of modern
compression-ignition engines to promote the fuel-air premixing, but it could result in fuel …

In a recent study, quantitative measurements were presented of in-cylinder spatial
distributions of mixture equivalence ratio in a single-cylinder light-duty optical diesel engine …

We investigated the detailed spray–wall interaction in partially premixed combustion (PPC)
in an optical engine with a wide-angle injector at low engine load. The fuel-trapping effect of …

The aim of this study is to develop compact yet comprehensive multi-component diesel
surrogate fuel models for computational fluid dynamics (CFD) spray combustion modelling …

Diesel engine combustion is an enormously complex process. To design and optimize
diesel combustion systems, it is necessary to consider thermodynamic processes and their …