A pressure distribution inside a two-dimensional rectangular cavity with a ratio L/D= 5.0 of
the cavity length L to the depth D over a supersonic flow was obtained using an improved …

High-speed flows over a cavity produce remarkably local heat augments. Heat transfer
characteristics of compressible flow over a cylindrical cavity were revealed using wind …

A joint experimental–computational program examined low-frequency, spanwise oscillations
in supersonic flow over a finite-width cavity. Lowpass-filtered rear wall surface pressure …

AN INCREASING number of large-scale time-series datasets are being generated with the
development of numerical and experimental techniques. For example, pressure-sensitive …

A rectangular cavity (L/D= 5.67) with Mach 1.5 freestream was subjected to a large temporal
variation in leading-edge blowing in order to experimentally investigate the effect on …

Experiments were performed within the Rutgers University Mach 3.4 supersonic wind tunnel
to quantify the turbulent boundary layer in the test section, using stereoscopic particle image …

Weapons bays have gained much attraction in the last decade, mainly in the context of next-
generation aircraft. Although internal store carriage provides numerous advantages, aero …

View Video Presentation: https://doi. org/10.2514/6.2023-4497. vid In this study, wind tunnel
experiments are conducted to study the release of an air-to-ground store (AGS) model from …

View Video Presentation: https://doi. org/10.2514/6.2021-2850. vid Stereoscopic particle
image velocimetry experiments were conducted within the Rutgers University Mach 3.4 …

The problem of safe store separation from a captive position in a weapons bay to a
controlled departure trajectory into transonic-and supersonic-flight speeds has been …