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TwoPhase Flow System
Experimental Procedure and Instrumentation
Design of the Experimental Nozzles
2 other sections not shown
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620 psia Xc ambient pressure arbitrary pressure AREA RATIO a/a c\j rO chamber conditions chamber pressure chamber quality complete expansion compressible convergent correlation critical flow critical pressure ratio D V O droplets enthalpy entropy equation exit pressure experimental mass flow experimental pressures Figure flow data flow rate density fluid Ft/Sec homogeneous model homogeneous theory predicts incompressible fluid initial steam qualities isentropic exponent kinetic energy lbs/sec liquid phase low quality steam LU DC LU LU mass flow rate measured minimum area mode of flov normal shock nozzle geometry NOZZLE No.2 optimum expansion overexpansion p/Pc plotting pressure profiles exhibit PROFILE FOR NOZZLE run at conditions sample calculation Separated Phases Model separated phases theory single phase specific volume static pressure steam dome steam tables Superheated Thermodynamic throat diameter throat tap throttling Transaction of A.S.M.E. two-phase flow UJ cc UJ cr UJ Q values vapor phase velocity