Small quantities of hydrocarbon impurities in liquefied natural gas (LNG) play a significant
role in regenerative engine cooling in propulsion systems. Conjugate heat transfer in a high …

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

It is a challenging task to investigate the regenerative cooling of the variable thrust
LOX/LCH4 expander cycle rocket engine. The decreasing methane mass flow rate leads to …

Curved structures are inevitably involved in the regenerative cooling channel of scramjet
engine. In this work, pyrolysis and coking characteristics of supercritical RP-3 aviation …

Heat transfer of the hydrocarbon fuel at a supercritical pressure is a key process in the
aerospace engine cooling applications. A CFD model is applied in this paper to study flow …

Regenerative cooling technology with supercritical aviation kerosene as coolant is the
optimal thermal management method for advanced aero engines. In order to fill the gap in …

Abstract Hydrocarbon impurities in Liquified Natural Gas LNG may produce undesired
phenomena such as pseudo boiling and two-phase flow. This can be an issue for rocket …

This paper explores the comparison of heat transfer performance between aviation
kerosene and liquid metals in the engine wall cooling channel. The relative error between …

Numerical study was carried out to investigate the effect of asymmetric heating on fuel
pyrolysis, heat transfer and carbon depositions in curved cooling channels around the cavity …

A 7-element rocket combustion chamber using GOX/GCH 4 as propellant has been modeled
and simulated to get a more comprehensive knowledge for combustion and heat transfer …