This study aims to understand the flow performance of a dual wall-mounted cavities in a strut-
injector mounted scramjet combustor for steady-state and transient reacting conditions …

The flow, mixing, and combustion mechanisms in the wide range scramjet engine are
complex and far from clear. In the present work, the mixing flow of a sonic transverse jet …

Detailed numerical analysis on a cavity-based scramjet combustor is carried out by
introducing an innovatively shaped strut and multi strut with backward-facing step to …

Currently, there are theoretical and technical challenges to organize stable flame in
scramjet, especially for variable flight conditions. This paper applies the numerical …

The present study deals with the implication of the novel diamond-shaped dual strut with a
backward-facing step on the combustion characteristics of a cavity-based scramjet …

The present study numerically investigates the implications of four strut injector on
combustion characteristics of a hydrogen fueled doubly-dual cavity based scramjet …

Abstract Three-dimensional Large Eddy Simulation (LES) is performed to numerically
investigate the implication of air throttling on the combustion performance of ethylene fueled …

The article deals with the non-stationary self-ignition of the non-prepared in hydrogen-air
mixture in supersonic flow for understanding the influence of the inlet flow velocity on the …

A numerical investigation has been conducted using 2D RANS (Reynolds Averaged
Numerical Solution) equation and SST k-ω turbulence model in a cavity-based scramjet …

This work delves into a novel concept that harnesses the potential of labyrinth passages for
hydrogen decompression, offering the advantage of dispersing the mainstream into multiple …