Combustion is an essential process for generating propulsion for most existing aircraft. The
combustion processes, such as ignition, flame propagation, and flame stability, are …

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 …

This paper presents experimental and numerical investigation of turbulent reacting flows in a
solid fuel ramjet engine with different inlet conditions. In simulations, three main parameters …

The purpose of this paper is to investigate the effect of impinging oblique shock on
combustion efficiency of hydrogen injection into the supersonic cross-flow. The two …

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 …

The aim of the present study is to analyze the attenuation of detonation waves in dust-free
and dusty air. The two-phase model for compressible reacting flow including chemically inert …

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 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 …

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 …

In this paper, the influence of swirl intensity on solid fuel regression rate and combustion
phenomena in a solid fuel ramjet has been investigated numerically and experimentally …