This article reviews published literature on the characteristics of a liquid jet injected
transversally into a subsonic gaseous crossflow. The review covers the following aspects:(і) …

The breakup of droplets in a high-speed air stream is investigated experimentally and
theoretically. This study is based on experiments conducted by exposing pendant droplets to …

We investigate azimuthal instabilities which exist on the periphery of a non-turbulent liquid
jet injected transversely into a gaseous cross-flow. We predict that the temporal growth of …

The growth of the aviation sector triggered the search for alternative fuels and continued
improvements in the combustion process. This study addresses the technological …

This chapter provides a review on the penetration and atomization of liquid jets in subsonic
crossflows (LJICF). More emphasis is put on the basic physics of the problem while a …

The physically complex oil/air two-phase flow field in aeroengine bearing chambers,
incorporating droplet motion and droplet interaction with chamber wall oil film, significantly …

THE breakup of liquid jets in crossflow (see Fig. 1) is specifically relevant to many propulsion
applications such as in gas turbines and ramjet engines. The study of the effect of a plain …

RADIAL injection of liquid jets into a high-velocity and high-temperature cross stream at
elevated pressures has various applications in fuel injection systems and advanced aircraft …

Controlling and manipulating liquid jets are of great interest in practical and scientific
aspects. In the present work effects of transverse uniform electric field on behaviour of liquid …

The atomization process of liquid fuels is vital in scramjet engines. The level of atomization
directly impacts the subsequent evaporation, mixing, and combustion processes. Therefore …