The solid-fueled Scramjet is an interesting option for supersonic combustion ramjet. It shows
significant advantages such as simple fuel supply and compactness, avoiding the complex …

Fuel injection strategies and vortex generators (VGs) play vital roles in effectively managing
temperature distribution within the combustion chamber of scramjet engines. By optimizing …

The powder fuel scramjet is one of the most promising propulsion systems for future
hypersonic vehicles. To study the flow mechanism and mixing characteristics of gas-particle …

In order to explore the propulsion performance and combustion organization rules of powder
fueled scramjets, research on powder fuel combustion characteristics in a supersonic cavity …

The transport process and mixing characteristics of powder fuel in the supersonic airflow are
essential for the working performance of a powder fueled scramjet. In the current …

Large eddy simulation is used to study the gas-particle two-phase transverse jet in
supersonic flow. In this paper, the Eulerian method is used to simulate the fluid, and the …

The focus of this study is to explore the effect of vortex generator placement in a planar
hydrogen combustor. The optimization of vortex generator placement is crucial for improving …

The solid-fuel rotating detonation engine with gas generator is experimentally studied in this
paper. This study solved the problems of ignition and stable detonation of pre-combustion …

In this paper, the effects of equivalence ratio and solid propellant composition on the ignition
delay time of fuel-rich mixture in solid rocket scramjets were experimentally investigated for …

Injection structures can affect the ignition and combustion of fuel and supersonic air in
scramjets, strongly impacting their performance. The influence of three different injection …