Due to sustainability, rising energy demands, environmental concerns and energy security
issues, scientists and researchers around the world are studying renewable biofuels as an …

The fuel injection rate knowledge is essential for the evolution of injection systems,
improving engine performance, and controlling emissions. Fuel injection rate modelling from …

It is well known that cavitation phenomenon in diesel injector nozzles has a strong influence
on the internal flow during the injection process and spray development. However, its …

In this paper, the influence of nozzle geometry on cavitation and near-nozzle spray behavior
under liquid pressurized ambient is studied. For this purpose, eight steel drilled plates, with …

The aim of the current article is to link nozzle geometry, and its influence on spray
characteristics, with combustion characteristics in the chamber. For this purpose, three 6 …

In this paper a combined experimental and computational study was carried out in order to
assess the ability of a homogeneous equilibrium model in predicting the experimental …

The article presents information on a new methodology for correcting the signal cumulative
phenomenon in injection rate measurements. It is used to enhance the signal treatment …

Abstract Traditional Discrete Particle Methods (DPM) such as the Euler–Lagrange
approaches for modeling atomization, even if widely used in technical literature, are not …

The spray characteristics of the fuel greatly influence emissions from diesel engines. Spray
development plays an important role in improving the combustion and emission …

The present work investigates the formation and development of cavitation of a
multicomponent Diesel fuel surrogate discharging from a high-pressure fuel injector …