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F. Clauser (1957)
The Structure of Turbulent Shear FlowNature, 179
R. Reitz, F. Bracco (1982)
Mechanism of atomization of a liquid jetPhysics of Fluids, 25
T. Lin, Harold Donnelly (1966)
Gas bubble entrainment by plunging laminar liquid jetsAiche Journal, 12
J. Hoyt, J. Taylor (1977)
Waves on water jetsJournal of Fluid Mechanics, 83
J. Iciek (1982)
The hydrodynamics of a free, liquid jet and their influence on direct contact heat transfer—I Hydrodynamics of a free, cylindrical liquid jetInternational Journal of Multiphase Flow, 8
(1878)
On the stability of jets
D. Ervine, E. McKeogh, Em Elsawy (1980)
EFFECT OF TURBULENCE INTENSITY ON THE RATE OF AIR ENTRAINMENT BY PLUNGING WATER JETS., 69
(1971)
Investigation of the aeration effect of free liquid jet
A. Lezzi, A. Prosperetti (1991)
The stability of an air film in a liquid flowJournal of Fluid Mechanics, 226
R. Phinney (1973)
Stability of a laminar viscous jet-The influence of an ambient gasPhysics of Fluids, 16
M. McCarthy, N. Molloy (1974)
Review of stability of liquid jets and the influence of nozzle designChemical Engineering Journal, 7
G. Evans (1990)
A Study of a Plunging Jet Bubble Column
E. Sande, John Smith (1976)
JET BREAK-UP AND AIR ENTRAINMENT BY LOW VELOCITY TURBULENT WATER JETSChemical Engineering Science, 31
A. Ohkawa, Daisuke Kusabiraki, Y. Kawai, N. Sakai, K. Endoh (1986)
Some flow characteristics of a vertical liquid jet system having downcomersChemical Engineering Science, 41
R. Phinney (1973)
The breakup of a turbulent liquid jet in a gaseous atmosphereJournal of Fluid Mechanics, 60
J. Iciek (1982)
THE HYDRODYNAMICS OF A FREE, LIQUID JET AND THEIR INFLUENCE ON DIRECT CONTACT HEAT TRANSFER--II CONDITIONS OF CHANGE OF LIQUID OUTFLOW TYPE THROUGH SHARP INLET EDGED ORIFICEInternational Journal of Multiphase Flow, 8
E. McKeogh, D. Ervine (1981)
Air entrainment rate and diffusion pattern of plunging liquid jetsChemical Engineering Science, 36
Afzal Ahmed (1974)
Aeration by plunging liquid jet
R. Neve (1991)
DIFFUSER PERFORMANCE IN TWO-PHASE JET PUMPSInternational Journal of Multiphase Flow, 17
Minoru Kumagai, K. Endoh (1982)
Effects of kinematic viscosity and surface tension on gas entrainment rate of an impinging liquid jet.Journal of Chemical Engineering of Japan, 15
(1972)
Bin A (1972a) Minimum entrainment velocity of free liquid jets (in Polish)
J. Lasheras, E. Villermaux, E. Hopfinger (1998)
Break-up and atomization of a round water jet by a high-speed annular air jetJournal of Fluid Mechanics, 357
Daisuke Kusabiraki, K. Yamagiwa, M. Yasuda, A. Ohkawa (1992)
Gas Entrainment Behavior of Vertical Plunging Liquid Jets in Terms of Changes in Jet Surface LengthCanadian Journal of Chemical Engineering, 70
A. Biń (1988)
Gas entrainment by plunging liquid jetsForschung im Ingenieurwesen A, 54
Investigation of the aeration effect of plunging liquid jets ( in Polish )
J. Burgess, N. Molloy, M. McCarthy (1972)
A note of the plunging liquid jet reactorChemical Engineering Science, 27
Daisuke Kusabiraki, Hidefumi Niki, K. Yamagiwa, A. Ohkawa (1990)
Gas entrainment rate and flow pattern of vertical plunging liquid jetsCanadian Journal of Chemical Engineering, 68
G. Jarlais, M. Ishii, J. Linehan (1986)
Hydrodynamic Stability of Inverted Annular Flow in an Adiabatic SimulationJournal of Heat Transfer-transactions of The Asme, 108
C. Ohl, H. Oǧuz, A. Prosperetti (2000)
Mechanism of air entrainment by a disturbed liquid jetPhysics of Fluids, 12
R. Grant, S. Middleman (1966)
Newtonian jet stabilityAiche Journal, 12
I. Cumming (1975)
The impact of failing liquids with liquid surfaces
A. Ohkawa, Daisuke Kusabiraki, Y. Kawai, N. Sakai (1987)
Flow characteristics of an air-entrainment type aerator having a long downcomerChemical Engineering Science, 42
(1972)
Bin A (1972b) Investigation of the aeration effect of plunging liquid jets (in Polish)
C. Weber (1931)
Zum Zerfall eines FlüssigkeitsstrahlesZamm-zeitschrift Fur Angewandte Mathematik Und Mechanik, 11
Minoru Kumagai, K. Endoh (1983)
Mean residence time and gas holdup of entrained gas by an impinging water jet.Journal of Chemical Engineering of Japan, 16
R. Fenn, S. Middleman (1969)
Newtonian jet stability: The role of air resistanceAiche Journal, 15
R. Neve (1988)
The performance and modeling of liquid jet gas pumpsInternational Journal of Heat and Fluid Flow, 9
Minoru Kumagai, K. Endoh (1983)
A NOTE ON THE RELATIONSHIP BETWEEN GAS ENTRAINMENT CURVE AND ITS STARTING VELOCITYJournal of Chemical Engineering of Japan, 16
E. Sande, John Smith (1973)
Surface entrainment of air by high velocity water jetsChemical Engineering Science, 28
P. Wu, G. Faeth (1995)
Onset and end of drop formation along the surface of turbulent liquid jets in still gasesPhysics of Fluids, 7
A. Yule (1978)
Large-scale structure in the mixing layer of a round jetJournal of Fluid Mechanics, 89
L. Davoust, J. Achard, M. Hammoumi (2002)
Air entrainment by a plunging jet: the dynamical roughness concept and its estimation by a light absorption techniqueInternational Journal of Multiphase Flow, 28
K. Sene (1988)
Air entrainment by plunging jetsChemical Engineering Science, 43
J. Donk (1981)
Water aeration with plunging jets
R. Cunningham, R. Dopkin (1974)
Jet Breakup and Mixing Throat Lengths for the Liquid Jet Gas PumpJournal of Fluids Engineering-transactions of The Asme, 96
Minimum entrainment velocity of free liquid jets ( in Polish )
R. Phinney (1972)
Stability of a laminar viscous jet– the influence of the initial disturbance levelAiche Journal, 18
R. Cunningham (1974)
Gas Compression With the Liquid Jet PumpJournal of Fluids Engineering-transactions of The Asme, 96
M. Hammoumi (1994)
Entrainement d'air par jet plongeant vertical : application aux becs de remplissage pour le dosage pondéral
Daisuke Kusabiraki, Masamichi Murota, Shuzo Ohno, K. Yamagiwa, M. Yasuda, A. Ohkawa (1990)
Gas entrainment rate and flow pattern in a plunging liquid jet aeration system using inclined nozzlesJournal of Chemical Engineering of Japan, 23
E. McKeogh, Elsayed Elsawy (1980)
Air Retained in Pool by Plunging Water JetJournal of Hydraulic Engineering, 106
P. Havelka, V. Linek, J. Sinkule, J. Zahradník, M. Fialová (1997)
Effect of the ejector configuration on the gas suction rate and gas hold-up in ejector loop reactorsChemical Engineering Science, 52
This paper addresses the issue of the air-entrainment process by a vertical plunging liquid jet. A non-dimensional physical analysis, inspired by the literature on the stability of free jets submitted to an aerodynamic interaction, was developed and yielded two correlation equations for the laminar and the turbulent plunging jets. These correlation equations allow the volumetric flow rate of the air carryunder represented by the Weber number of entrainment We n to be predicted. The plunging jets under consideration issued from circular tubes long enough to achieve a fully developed flow at the outlet. A sensitive technique based on a rising soap meniscus was developed to measure directly the volumetric flow rate of the air carryunder. Our data are compared with other experimental data available in the literature; they also stand as a possible database for future theoretical modelling.
Experiments in Fluids – Springer Journals
Published: Feb 26, 2014
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