A proposed correlation for critical flow rate of water flow
Copyright policy )A proposed correlation for critical flow rate of water flow
AbstractA new correlation predicting the idealized critical mass-flow rates of water for subcooled and saturated liquid water including two-phase water flow was developed for a wide range of upstream stagnation pressures (e.g., 0.5–20.0 MPa). A choking correction factor dependent on the upstream stagnation pressure and subcooled temperature was introduced into a new correlation, and its values were suggested to satisfy the idealized nozzle data within 10% error ranges. The suggested correlation will be instructive and helpful for related studies and/or engineering works.
Nuclear Energy and Engineering, TK9001-9401, Nuclear engineering. Atomic power, Critical flow map, Critical flow, Choking correction factor, Correlation
Nuclear Energy and Engineering, TK9001-9401, Nuclear engineering. Atomic power, Critical flow map, Critical flow, Choking correction factor, Correlation
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