In combustors, high‐pressure fuel injector nozzles are employed for liquid atomization and
spray generation. The internal flow within nozzles, especially cavitation, plays an important …

Cavitation is the transition from a liquid to a vapour phase, due to a drop in pressure to the
level of the vapour tension of the fluid. Two kinds of cavitation have been reviewed here …

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 the present paper, the influences of nozzle's geometric parameters on the flow and the
cavitation characteristics within injector's nozzle have been numerically investigated on …

The present paper focuses on erosion development due to cavitation inside Diesel injectors.
Two similar injector designs are discussed both in terms of numerical simulation and …

The current work focuses on the study of the influence of pressure and temperature on three
important thermodynamic properties: speed of sound, compressibility and density of …

This paper investigates the complex multiphase flow developing inside the micro-orifices of
diesel injector nozzles during pilot injection. High speed micro-visualisations of a …

Cavitation phenomenon occurring inside diesel injector nozzles plays a key role in
atomization of fuel spray. The most common approach to numerically model the cavitating …

The influence of in-nozzle phenomena including cavitation on the morphology of the spray
from a diesel injector with a sharp nozzle inlet is investigated numerically. A compressible …

A combined experimental and computational investigation has been performed in order to
evaluate the influence of physical properties of biodiesel on the injection process in a …