Due to the wide flammability range and low ignition delay of Hydrogen, it can burn rapidly
and generate a large amount of thrust. It is for this reason alone that many researchers have …

With the advancement of the air-breathing propulsion system, the supersonic vehicle
technique has drawn a significant interest worldwide. The mixing and combustion process in …

The major hurdle in augmenting the performance of supersonic engines is the appropriate
distribution of injected fuel within the supersonic chamber. That's why SST k− ω model is …

At present, the critical issue related to design of scramjet engine is to achieve efficient mixing
between the air and fuel. Among the several fuel injection strategies, cavity flame holder is …

Strut fuel injection approach significantly influences the combustion mechanism inside the
scramjet engines. To address this issue, researchers are nowadays mainly focused on a …

Scramjets are regarded as one of the most efficient air-breathing propulsion devices in
supersonic flight conditions, and combustors are critical components in scramjet engines …

In the current study, the flow field behavior induced by a novel combinational opposing jet
and spike concept has been investigated numerically. A comprehensive analysis on the …

Scramjet design is directly associated with the fuel mixing inside the combustor. In this study,
the influences of the free stream angle on the fuel mixing zone of eight microjets are fully …

The fuel mixing process within the combustion chamber is a critical procedure for advance of
scramjet engine. In current study, the influence of free stream angle on the fuel mixing …

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 …