Oxygenated biodiesel presents lower sooting propensity than conventional diesel, providing
a good opportunity to resolve the high particulate emissions issue. This study reports soot …

This study examines the effects of biodiesel carbon chain length on the development of high-
temperature flame and soot in single-cylinder, light-duty, optical diesel engine. Planar laser …

The present study unveils the soot formation processes occurring inside the piston-bowl of a
small-bore diesel engine by conducting the thermophoresis-based soot sampling …

In this study, the thermodynamic analysis of energy distribution, exhaust emissions, and
particulate characterization was conducted in an optical engine with an all-metal …

This study reports the effect of fuel aromatic content on soot particle development inside the
cylinder of an optically accessible engine. A custom-made set of fuels of 4%, 14% and 24 …

This study shows how soot particles inside the cylinder of the engine are reduced due to
high pressure fuel injection used in a light-duty single-cylinder optical diesel engine fuelled …

This study measures in-flame flow fields in a single-cylinder small-bore optical diesel engine
using Flame Image Velocimetry (FIV) applied to high-speed soot luminosity movies. Three …

After injection, for which a short fuel injection follows the main injection, is proved to be
effective in reducing soot emissions in diesel engines. The present study aims to better …

Flame-wall interactions (FWI) as one kind of fundamental combustion phenomenon is
universally found in various laboratory and practical combustion devices. It not only affects …

In conventional diesel combustion (CDC), a centrally located multi-hole injector supplies fuel
radially outwards. This study introduces and explores the concept of peripheral fuel injection …