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 empirical correlations for the prediction of jet/spray penetration of liquid jet in subsonic
uniform crossflow are reviewed in this study. Considerable number of empirical correlations …

An experimental investigation of the bag breakup of round nonturbulent liquid jets in
gaseous crossflow at room temperature and pressure is described. Pulsed photography …

Atomization of liquid fuel jets by cross-flowing airstream is critical to the performance of
many aerospace combustors. Recent advances in numerical methods and increases in …

This article presents a massively parallel and robust strategy to perform the simulation of
turbulent incompressible two-phase flows on unstructured grids in complex geometries. This …

The breakup, penetration, droplet size, and size distribution of a Jet A-1 fuel in air crossflow
has been investigated with focus given to the impact of surrounding air pressure. Data have …

Experimental data on atomization and trajectories of a water jet injected into a subsonic
crossflow air under elevated pressure and temperature are provided. Correlations are …

The influence of changing the injection angle of a liquid jet injected into airstream in
crossflow was investigated. The injection angles from 90 to 30 degrees were considered …

A theoretical and experimental study was conducted to investigate the effect of injection
angle on surface waves. Linear stability theory was utilized to obtain the analytical relation …

An experimental study to investigate the flow of liquid jet issued from a high aspect ratio
nozzle slit into an incoming airflow by changing the orientation angle from the incoming free …