Application of renewable fuels in compression ignition engines provides one solution to
reduce greenhouse gas emission in heavy-duty transportation sector. However, it is a big …

Vortex-induced cavitation develops in high pressure fuel injector equipment in areas where
despite the very high surrounding pressures (> 100 MPa), the rotational motion of the fluid …

Featured Application This work contributes to the understanding of the macroscopic
characteristics of the spray as well as to the evolution of the combustion process for …

This study measures the spray penetration, spray angle and spray volume of sustainable
aviation fuel (SAF) experimentally using an optical constant volume combustion chamber …

An experimental and computational study was carried out to investigate the characteristics of
vortex-induced string-type cavitation in the real-size diesel tapered-hole injector nozzle. A …

Biodiesel has the potential to replace the conventional diesel fuel, thus the increasing
interest and research in the use of biodiesel fuels for transport applications to improve the …

In this work, diffused back-illumination extinction imaging and OH* chemiluminescence
imaging were employed simultaneously to measure the soot production, spray liquid length …

The fundamental research on ignition and combustion characteristics of a new blended fuel
(diesel/Hydrogenated Catalytic Biodiesel) was investigated in a constant volume …

During the decades past, the engine industries have witnessed a remarkable upsurge in the
research and development (R&D) of modern technologies due to factors such as energy …

GCI combustion mode has become an interesting topic for high thermal efficiency and low
emissions, while ignition problem and knocking combustion limited its application. The …