Method for predicting pump cavitation performance
Method requires the availability of two sets of appropriate data for each pump to be analyzed. At least one set of the data must provide measurable thermodynamic effects of cavitation.
Moore, R.↗
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Prediction of thermodynamic effects of developed cavitation based on liquid-hydrogen and Freon-114 data on scaled venturis
Prediction of thermodynamic effects of developed cavitation based on liquid hydrogen and Freon- 114 data in scaled venturis
Moore, R. D.↗
Water flow and cavitation in converging- diverging boiler-inlet nozzle
Water flow and cavitation in convergent-divergent boiler inlet nozzles
Sekas, N. J.↗
Noncavitating and cavitating performance of several low area ratio water jet pumps having throat lengths of 3.54 diameters
Noncavitating and cavitating performance of low area ratio water jet pumps having throat lengths of 3.54 diameters
Sanger, N. L.↗
Performance and cavitation damage of an axial-flow pump in 1500 deg F /1089 K/ liquid sodium
Performance and cavitation damage to axial flow pump rotor blades in high temperature liquid sodium
Cunnan, W. S.↗
Incipient and developed cavitation in liquid cryogens
Cavitational flow of liquid nitrogen and liquid hydrogen in Venturi tube
Edmonds, D. K.↗
Cavitation Performance of 84 Deg Helical Pump Inducer Operated in 37 Deg and 42 Deg R Liquid Hydrogen
Cavitation performance of 84 deg helical pump inducer operated in 37 deg and 42 deg R liquid hydrogen
Ball, C. L.↗
Effect of temperature and pressure on cavitation damage to a cobalt base alloy in sodium
Effect of temperature and pressure on cavitation damage to cobalt base alloy in sodium
Johnston, J. R.↗
Method for prediction of pump cavitation performance for various liquids, liquid temperatures, and rotative speeds
Prediction of cavitation performance of centrifugal pumps
Moore, R. D.↗
Effect of fluid temperature on the cavitation performance of a high hub-tip ratio axial flow pump in water to 250 degrees F /394 K/
Fluid temperature effect on cavitation performance of axial flow pump
Cunnan, W. S.↗
Cavitation in liquid cryogens
Cavitation in liquid hydrogen and nitrogen flowing in transparent plastic venturi
Edmonds, D. K.↗
Cavitation Performance of Line-Mounted 80.6 Deg Helical Inducer in Hydrogen
Noncavitating and cavitating performance of inducer in liquid hydrogen
Moore, Royce D.↗
Cavitation damage and the effect of fluid temperature on the performance of an axial- flow pump in liquid sodium
Cavitation damage and effect of fluid temperature on performance of axial flow pumps in liquid sodium
Cunnan, W. S.↗
Observations and analyses of cavitating flow in Venturi systems
Cavitating flow parameters in Venturi systems
Ericson, D. M., Jr.↗
Cavitation damage in liquid metals - Potassium studies Final report
Cavitation erosion in high purity liquid potassium at high temperature
Preiser, H. S.↗
A jet pump cavitation prediction parameter.
Jet pump head rise deterioration parameter for prediction of cavitation
Sanger, N. L.↗
Effect of temperature and pressure on cavitation damage to a cobalt base alloy in sodium.
Temperature and pressure effect on cobalt base alloy cavitation in liquid sodium, using vibratory apparatus and loss rate contour diagram
Johnston, J. R.↗
Thermodynamic effects on desinent cavitation on hemispherical nosed bodies in water at temperatures from 80 deg F to 260 deg F.
Desinent cavitation on hemispherical nosed bodies in water at various temperatures and velocities, considering isothermal case for surface nuclei
Holl, J. W.↗