Abstract
The double-cone configuration is well suited to study fondamental aspects of high-enthalpy flows, as the shock interaction resulting from the interaction of the hypersonic flow with the double cone is sensitive to the high-temperature effects. A CFD campaign to compute the flow over a double cone is performed with considering different levels of modeling the real-gas effects. Comparisons between viscous and inviscid flow model simulations past the double cone are also presented. The comparisons show the major contribution of the viscous and real gas effects, separately and together, to the resulted flow field.
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