The mechanism of fuel injection and system of fuel mixing have a crucial effect in the
combustion process in scramjet engines. The present study discusses the injection of fuel …

The main challenge for the advancement of current high-speed automotives is aerodynamic
heating. In this study, the application of lateral jet for thermal protection of the high-speed …

The fuel mixing mechanism is a critical aspect of the propulsion system of hypersonic
vehicles. This study aimed to comprehensively investigate a novel jet configuration that …

Increasing the mixing efficiency of the fuel jet along the combustion chamber is a crucial step
for the advancement of the current high-velocity vehicles. In this article, comprehensive …

In this research, the usage of an extruded annular nozzle for mixing fuel through the
combustion chamber is fully studied. The chief focus is to reveal the flow of the fuel jet by …

Due to sever aerodynamic heating, the protection of forebody of scramjet is crucial for
hypersonic flight. In present work, a new cooling system is proposed and investigated for the …

Heat and drag reduction on the nose cone is a significant issue for increasing the speed of
the supersonic vehicles. In this paper, computational fluid dynamic method is applied to …

The main attention of this work is to investigate the usage of diamond multi extruded
injectors on the fuel distribution in combustor of scramjet. This study applied the …

In present paper, computational fluid dynamic is applied to evaluate hydrogen mixing
impacts of the single extruded lobe injector at supersonic cross flow. The aim of this …

The importance of the fuel injection configuration on the propulsion efficiency of high-speed
vehicles is apparent. In this article, the use of an annular extruded 4-lobe nozzle for the …