The penetration height of fuel from the wall injection in a supersonic combustor of scramjet is
generally low, leading to insufficient fuel/air mixing and low combustion efficiency. A strut …

Numerical simulations were performed to investigate the effects of material and radiation
heat transfer on the heat exchange of two struts in a dual-mode scramjet combustor. One …

Regarding future space transportation systems SCRamjets are generally considered a
complement or even an alternative to standard rocket propulsion systems. As the ambient air …

Struts are used to inject fuel into the core region of scramjet combustion chambers for
enhanced combustion. An inclined porous transpiration-cooled strut was designed and …

In the case of scramjet engines operating up to a flight Mach number of 10, the heat flux
received by the inner wall may reach an order of 106 W/m2. 1 Although that is one order …

Adding fuel strut in scramjet combustor is an effective solution to improve fuel-air mixing and
combustion efficiency. However, strut injector suffers from extreme aerodynamic heat …

In order to reduce risk of scramjet combustor heat transfer test which is expensive and time-
consuming, a method with combination of calculation tools and inexpensive verification tests …

Estimating wall temperature in hypersonic flow is vital for the aero-thermal design of the
scramjet engine. A 1-D transient conjugate heat transfer model is developed to predict wall …

SUPERSONIC combustion ramjets (scramjets) have been studied at the University of
Queensland, Australia, for 15 years and, although the concept of a scramjet is simple, the …

This paper presents a technological application of the concept of regenerative circuit to a
scramjet injection strut. The outlooks of air-breathing hypersonic flight lead to a renewal of …