This article summarizes the phenomena and challenges in regenerative cooling, including
transcritical thermophysical properties, fuel pyrolysis, and surface coking. The …

Regenerative cooling technology plays an important role for development of scramjet
engine. In order to further improve thermal performance of regenerative cooling system with …

The coupling mechanism between pyrolysis and fluid flow of endothermic hydrocarbon fuels
plays a crucial role in the design of regenerative cooling systems for advanced aircraft. In …

The structure of the regenerative cooling channels is crucial for high-performance scramjet
engines. To investigate the effect of catalyst coating thickness and aspect ratio on the …

The varying operating conditions of hypersonic vehicles often lead to variations in the
demand for cooling capability and the heat transfer performance of hydrocarbon fuel in …

Due to the further increase in hypersonic vehicle speed, the scramjet faces supersonic
combustion and aerodynamic heating, and the conventional single cooling method like …

Dynamic coke deposition has significant influence on flow and heat transfer characteristics
of regenerative cooling using hydrocarbon fuel. In the present work, the effect of coke …

The prediction of flow and heat transfer characteristics of supercritical hydrocarbon fuels is
crucial for the research of regenerative cooling systems in hypersonic vehicles. This paper …

Steam reforming is an effective method for improving heat sinks of hypersonic aircraft at high
flight Mach numbers. However, unlike the industrial process of producing hydrogen with a …

Thermal protection of high temperature turbine restricts the performance of gas turbine. In
order to increase turbine inlet temperature, water phase change rotating cooling scheme for …