Achieving efficient fuel-air mixing is a crucial problem for the design of scramjet engines.
Due to the very short residence time of the fuel within the scramjet combustor for typical flight …

The dual-mode scramjet combustor is a promising candidate for the combined cycle engine
of the hypersonic airplane, and the flame propagation and stabilization process in the dual …

Efficient distribution of hydrogen gas inside the supersonic chamber is the main challenge
for the increasing the performance of the supersonic vehicles. In this study, the new injection …

The rate of fuel mixing inside the combustor is highly significant and effective on the
performance of the scramjet engine. In this study, numerical simulations are applied to study …

Supersonic spray combustion is one of the most significant physiochemical processes that
occurs in the scramjet propulsion system, and related research can motivate the …

For the improvement of the present high-speed vehicles, fuel mixing is the significant
process in the combustor. Current article employed numerical tools to scrutinize the role of …

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 efficient fuel mixing in the combustion tank enhances the overall performance of
scramjet. Current attempt examines the existence of the strut on the fuel mixing of the multi …

In this study, the computational fluid dynamic is applied to investigate the impact of the
upstream wavy surface on the mixing rate of the hydrogen fuel jet. The flow feature analyses …

The spreading of hydrogen jet within the combustion chamber is extremely important for the
fuel consumption and enactment of scramjet engines. In this article, a numerical method is …