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Abstract
For equilibrium two-phase flow the squared ratio of mixture volume to mixture sound speed, 0(g, T) is shown to have the same form as many weighted mean two-phase properties; namely 0(g,T) = gp(l,T) + (l-g)0(ti,T), where g is the liquid mass fraction and £(1,7) and 0(0,7) are the isothermal saturated liquid and vapor values of 0 which are generated for nitrogen in tabulated form by a computer program. With these ft tables a simplified method of calculating two-phase Mach numbers is developed for various duct flows. Oneand two-phase Mach number jumps at phase boundaries are also discussed.
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