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 …

The cavity flame holder is a conventional technique for efficient fuel mixing and auto-ignition
inside the Scramjet engine. In this study, a computational method is applied to study the …

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 efficiency of the scramjet is highly associated with the rate of the mixing through the
combustion tank. In current article, simulation approach was used to inspect the effect of 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 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 …

Reduction of aerodynamic heating is a critical issue for the development of the hypersonic
vehicles. In this study, a computational fluid dynamic is applied to study the effect of location …

Abstract Development of an innovative sensor for detection of hydrogen gas is essential for
new applications and devices. In current article, inclusive parametric analysis has been …

High precision detection and measurement of the components of a gas mixture are highly
significant in chemical industries. In the textile industry, CO 2 is widely used to dye the textile …

Fuel mixing inside the supersonic combustion chamber is a significant process for
development of modern scramjets. In this article, computational fluid dynamic (CFD) …