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 …

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 …

Piloted ignition of solid fuels in dump combustor geometry subject to an igniter hot jet plume
is numerically investigated. The objective of this work is to gain insight into the fuel ignition …

This paper presents a numerical investigation of ignition and combustion stabilization of a
novel design of a solid-fuel ramjet (SFRJ) motor with and without swirl flow. The proposed …

Supersonic hydrogen–air cylindrical mixing layer is numerically analyzed to investigate the
effect of inlet swirl on ignition delay time in scramjets. Combustion is treated using detailed …

The influence of the inlet swirling flow on the regression rate of the fuel in the combustion
chamber of the solid fuel ramjet is investigated in this study using numerical simulations. The …

In this article, solid fuel transient burning behavior under oxidizer gas flow is numerically
investigated. It is accomplished by the analysis of regression rate responses to the imposed …