This paper presents a review of recent literature on the application of retro-propulsion in
earth based rocket systems, with a specific focus on the recent advancements and …

Menter SST k-ω is a Reynolds-averaged Navier–Stokes based two-equation turbulence
model routinely used in industry for predicting aerodynamic flows. It shows excellent …

Supersonic flows exhibit compressible effects and ignoring this influence would lead
deviations in supersonic combustion simulation. In this study, taking the standard k− ε …

Abstract The Shock Wave-Boundary Layer Interaction (SWBLI) flow generated by
compression corner widely occurs in engineering. As one of the primary methods in …

Sootblowers used to control deposit accumulation on boiler tubes consume substantial
amounts of costly high pressure steam; this cost motivates the study of sootblowers and …

Computational fluid dynamics (CFD) is widely used by engineers in a range of applications,
providing a wealth of information about the flow characteristics. Despite this ability to …

A novel uncertainty propagation method for problems characterized by highly non-linear or
discontinuous system responses is presented. The approach is based on a Padé–Legendre …

Shock wave/boundary-layer interactions represent an extreme loading condition in the
structural design of high-speed flight vehicles. However, the complexity of this problem has …

High-speed turbulent flows with shock waves are characterized by high localized surface
heat transfer rates. Computational predictions are often inaccurate due to the limitations in …

FULLY duplicated ground test experiments have been performed in the CUBRC (Calspan–
University at Buffalo Research Center) LENS I shock-tunnel facility to develop and validate …