A spacecraft reaches the atmosphere at really high velocity (around 11 km/s), in this hypersonic regime a bow show is generated. This has the result to sharply increase the temperature in such a way that the gas is strongly ionized. In this conditions the radiative heat transfer becomes fundamental to well know the flux on the thermal shield useful in design phase. This work aims at contributing to the development of a C++ code able to compute the radiative heat flux using a MonteCarlo mehod.

ESTENSIONE E VERIFICA DI UN ALGORITMO MONTECARLO PER IL RAY TRACING CHE USA IL MODELLO HYBRID STATISTICAL NARROW BAND

CAPRIATI, MICHELE
2016/2017

Abstract

A spacecraft reaches the atmosphere at really high velocity (around 11 km/s), in this hypersonic regime a bow show is generated. This has the result to sharply increase the temperature in such a way that the gas is strongly ionized. In this conditions the radiative heat transfer becomes fundamental to well know the flux on the thermal shield useful in design phase. This work aims at contributing to the development of a C++ code able to compute the radiative heat flux using a MonteCarlo mehod.
2016
EXTENSION AND VERIFICATION OF A MONTE CARLO RAY TRACING ALGORITHM USING THE HYBRID STATISTICAL NARROW BAND MODEL
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14253/89237