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Thermophysical properties of hydrogen peroxide modeled with the cubic equations of state using software package TREND
Vinš, Václav ; Prokopová, Olga
The research report focuses on modeling of thermophysical properties of hydrogen peroxide intended for use as rocket propellant. Based on the literature review of available data and property correlations, the cubic equations of state by Soave-Redlich-Kwong and Peng-Robinson were developed. The equations were implemented in thermodynamic property package TREND developed at Ruhr University Bochum. Tabulated data for the saturated vapor and liquid and for a set of given isobars were generated. Obtained results will be used as inputs in the CFD simulations of the hydrogen peroxide flows.

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