In this study, numerical simulations were conducted at various pod speeds (vpod= 100–350
m/s) using an unsteady, compressible solver with the Reynolds-averaged Navier–Stokes …

This paper aims to investigate the secondary flow characteristics and the associated vacuum
generation caused with increase in the primary pressure ramping in zero-secondary flow …

This study investigates the fluid dynamics and mixing characteristics of an oscillating sonic
jet injected into a supersonic cross flow of Mach 2.1 using experimental and computational …

This paper investigates the strong shock solutions in a supersonic wedge experimentally,
analytically, and numerically. Experiments and computations are conducted on scaled-down …

In this study, the formation conditions of the Mach disk in an underexpanded jet flow were
numerically and theoretically investigated under sonic injection conditions and the …

This work deals with the investigation and modelling of wall pressure fluctuations induced by
a supersonic jet over a tangential flat plate. The analysis is performed at several nozzle …

The flow from a supersonic nozzle when operated at off-design conditions exhibits a wide
variety of complex flow structures. The prominent ones are the shock reflections inside the …

This paper addresses the effect of expansion ramps on the decay characteristics of a
controlled supersonic rectangular jet. A Mach 1.8 rectangular jet issuing from a converging …

This article describes experiments to investigate the fluid-to-wall interaction downstream of a
highly underexpanded jet, with a pressure ratio of 120, confined in a channel. Heat transfer …

Supersonic jets are in common use in aerospace, where the Mach-disk height is an
important parameter to the aerothermodynamic and acoustic effects of the related …