It is common for jets of fluid to interact with crossflow. This article reviews our understanding
of the physical behavior of this important class of flow in the incompressible and …

The jet in crossflow or transverse jet has been studied extensively because of its relevance
to a wide variety of flows in technological systems, including fuel or dilution air injection in …

The structure of round jets in cross-flow was studied using flow visualization techniques and
flying-hot-wire measurements. The study was restricted to jet to freestream velocity ratios …

The mixing of the round jet normal to a uniform crossflow is studied for a range of jet-to-
crossflow velocity ratios, r, from 5 to 25. Planar laser-induced fluorescence (PLIF) of acetone …

This paper reports on a series of large-eddy simulations of a round jet issuing normally into
a crossflow. Simulations were performed at two jet-to-crossflow velocity ratios, 2.0 and 3.3 …

This paper studies the trajectories and near field of round jets in crossflow. Incompressible
direct numerical simulations are performed at velocity ratios of 1.5 and 5.7 and the effects of …

The jet in crossflow, or transverse jet, is a flowfield that has relevance to a wide range of
energy and propulsion systems. Over the years, our group's studies on this canonical …

Among the important physical phenomena associated with the jet in crossflow is the
formation and evolution of vortical structures in the flow field, in particular the counter …

Direct numerical simulation is used to study a round turbulent jet in a laminar crossflow. The
ratio of bulk jet velocity to free-stream crossflow velocity is 5.7 and the Reynolds number …

Simultaneous planar laser-induced fluorescence (PLIF) and particle image velocimetry (PIV)
yield measurements of two-dimensional jet fluid concentration and velocity fields in turbulent …