Abstract
An experimental study has been carried out to investigate a radial outflow type of air-water two-phase swirling flows in a short vortex chamber. The high speed two-phase swirling flow has been measured by the sampling probe over a wide range of feed water flow rates, qualities, pressures and exhaust flow rates from the outer wall. As a result the fluid dynamic performance of radial outflow type, that is, flow patterns, void fractions, velocity distributions and the effects of centrifugal separation are made clear. It is also made clear that the fluid dynamic performance can be improved by the application of the radial outflow to a vortex type-two-phase MHD power generator rather than the radial inflow.
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