The current study explores the different types of behaviors that occur when a jet interacts
with an oscillating transverse flow. The oscillating transverse flow is established through an …

View Video Presentation: https://doi. org/10.2514/6.2023-0469. vid An experimental study
was undertaken to explore the coupling that occurs when a rectangular jet is exposed to an …

The interactions between shear flows and acoustic disturbances plays a very important role
in many propulsion and energy applications. Liquid jets, either independent or air assisted …

This experimental study focuses on the quantification of nearfield shear layer instabilities
associated with a round gaseous jet injected normally into crossflow. The control of these …

This experimental study explores both the natural and acoustically forced behavior of
variable density transverse jets. A recent study by Getsinger et al. i determined that …

This paper provides an overview of recent research activities pertaining to the control of
penetration, spread, and mixing associated with the forced jet in crossflow or transverse jet …

View Video Presentation: https://doi. org/10.2514/6.2023-3890. vid A jet that emerges from a
nozzle and attaches to a setback, inclined wall is excited acoustically in a transverse …

The three-dimensional, quasi time-resolved flow fields of spatially oscillating jets at various
skew angles, velocity ratios and oscillation frequencies are examined experimentally to …

Linear stability theory (LST) is often used to model the large-scale flow structures in the
turbulent mixing region and near pressure field of high-speed jets. For perfectly-expanded …

It has been shown that the overall sound pressure level (OASPL) of the far-field sound
generated by a high-speed jet peaks around 30 to the downstream jet axis. It has also been …