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) …

Several tapered-and sharp-edge nozzles with different exit diameters were used to
investigate their effect on the near-field characteristics of a liquid jet injected transversely …

In this paper, we studied the behavior of liquid sheet and jet injection into a low-speed
crossflow. Characteristics of primary breakup in a liquid sheet and jet are investigated for …

Trajectory and penetration of elliptical liquid jets emerged into a low-speed crossflow of air
are studied. The jets are introduced to the crossflow at different momentum ratios ranging …

Liquid jet penetration/trajectory in a gaseous subsonic cross-flow has been studied
extensively. Numerous correlations were proposed to predict the penetration of a liquid jet in …

The influence of turbulence characteristics of a cross-airflow including its velocity
fluctuations and integral length and time scales on the primary breakup regime, trajectory …

In this paper, we investigate the effect of the density ratio on the primary atomization
characteristics of a liquid jet injected into a gaseous crossflow. Jets into crossflow with a high …

Liquid jet in hot gas crossflow is widely employed in combustion devices. The mechanism of
the crossflow temperature effect on the liquid column trajectory is revealed from the …

This study examines the effect of fully developed turbulent flow at the exit of nozzle/injector
on the trajectory and column breakup location of a liquid jet injected transverly into a …

A hybrid Eulerian–Lagrangian approach was used to develop a model for predicting the
penetration of a liquid jet in a subsonic gaseous crossflow. This was achieved by taking into …