This paper reviews the historical studies have been done on the solid-fuel ramjet engine
and difficulties associated with numerical modeling of swirling flow with combustible gases …

The present article investigates experimentally and numerically the ignition and flame
stability of high-density polyethylene solid fuel with incoming swirling air through a solid fuel …

Heat addition due to exothermic reactions of ablated chromium in hypersonic flow on coated
blunt bodies is numerically investigated. The advection upstream splitting method is used as …

Experimental and numerical investigations are carried out to analyse the effect of pressure
and oxygen concentration on combustion characteristics of Al/Mg fuel-rich propellants. In the …

The purpose of the present study is to investigate the combustion of the n-heptane droplet
cloud in the supersonic combustor. The finite volume solver is developed to simulate the two …

Six species of wood samples, namely, pine, beech, cherry, oak, maple, and ash, were
investigated by autoignition in a cone calorimeter to identify the influence of moisture on …

Due to the complexities of the turbulent reacting flows in the combustion chamber of the
turbo-engines, despite significant advances in the computational fluid dynamics, the …

The performance of the solid fuel ramjet is accurately predicted using full part simulation of
this propulsion system, where the flow fields of the intake, combustion chamber, and the …

The regression rate of the solid fuel in the spinning solid fuel ramjet is investigated here
using numerical simulations. The finite volume solver of the reacting turbulent flow is …

The purpose of this paper is to investigate the effects of intake's compression process of the
scramjet on its flight performance. The hydrogen injection to the supersonic cross-flow is …