Prediction of Space and Time Distribution of Wax-based Fuel Regression Rate in a Hybrid Rocket

Naka, Genya; Messineo, Jérôme; Kitagawa, Koki; Carmicino, Carmine; Shimada, Toru

doi:10.2514/6.2020-3768

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“…As a result, the mass fractions of chemical species in the combustion gas and the density distribution of hot particles also change. It has been demonstrated that the main source of radiative heat transfer comes from hot soot particles, not only when the fuel contains metal powder, but also in the case of pure hydrocarbon fuels [15,16]. However, the mechanism of the formation of soot particles from soot precursor molecules is still unclear.…”

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confidence: 99%