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Article

Swirling Gas–Liquid Two-Phase Flow—Experiment and Modeling Part II: Turbulent Quantities and Core Stability

[+] Author and Article Information
L. Gomez, R. Mohan, O. Shoham

The University of Tulsa, 600 S. College Ave., Tulsa, OK 74104

J. Fluids Eng 126(6), 943-959 (Mar 11, 2005) (17 pages) doi:10.1115/1.1849254 History: Received May 27, 2003; Revised June 08, 2004; Online March 11, 2005
Copyright © 2004 by ASME
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References

Figures

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Turbulent Kinetic Energy Comparison—Different Mt/MT
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Turbulent Kinetic Energy Comparison—Low and High Reynolds Number
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Turbulent Kinetic Energy Comparison—Very Low Swirling Intensity
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Reynolds Shear Stress uν Comparison with Kitoh 5 Data (Re=50,000 and Mt/MT=2.37)
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Reynolds Shear Stress uw Comparison with Kitoh 5 Data (Re=50 000 and Mt/MT=2.37)
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Reynolds Shear Stress νw Comparison with Kitoh 5 Data (Re=50 000 and Mt/MT=2.37)
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Results for Gas-Core Stability
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Reynolds Shear Stress Distribution after Erdal 9
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Axial Normal Stress Distribution after Algifri et al. 4
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Radial Normal Stress Distribution after Algifri et al. 4
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Tangential Normal Stress Distribution after Algifri et al. 4
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Turbulent Kinetic Energy after Algifri et al. 4
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Turbulent Kinetic Energy after Kitoh 5
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Reynolds Shear Stress uν Distribution after Algifri et al. 4
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Reynolds Shear Stress νw Distribution after Algifri et al. 4
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Reynolds Shear Stress uw Distribution after Algifri et al. 4
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A comparison of Turbulent Kinetic Energy Radial Distribution
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Contour Plot Comparison of Turbulent Kinetic Energy Radial Distribution
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A comparison of Helical Radial Oscillations of the Maximum Turbulent Kinetic Energy With Swirl Intensity
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Turbulent Kinetic Energy Comparison—Moderate Swirling Intensity
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Schematic of Swirling Flow Field and Cyclone Coordinate System
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Turbulent Kinetic Energy for Gradually Reducing Inlet Nozzle Configuration after Erdal 9
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Axial Normal Reynolds Stress Distribution after Erdal 9
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Tangential Normal Reynolds Stress Distribution after Erdal 9
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Turbulent Kinetic Energy Distribution after Erdal 9

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