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The measurement of volume fraction and velocity profiles in vertical and inclined multiphase flows

By James Cory
Topics: TA
OAI identifier: oai:eprints.hud.ac.uk:5965

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  13. (1972). An experimental study of two-phase flow in inclined pipes. doi
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  16. (1965). Average volumetric concentration in two-phase flow systems. doi
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  30. (1992). Electrolyte conductivity measured with an ISFET.
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  33. Flow of noncolloidal slurries in pipelines. doi
  34. (1977). Flow of slurries in pipelines. doi
  35. Flow rate measurement by kinematic wave detection in vertically upward, bubbly two-phase flows. doi
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  37. (1987). Ile measurement of two-phase flow parameters in vertical and deviated flows.
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  55. (1990). Mechanics of Fluids. doi
  56. (1983). Modelling of slurry flow: the effect of particle size. doi
  57. (1994). Modelling velocity profiles in inclined multiphase flows to provide apriori information for flow imaging. doi
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  67. (1974). Particle velocity and concentration profiles during hydraulic transport in a circular pipe. Hydrotransport 3,
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  75. (1995). Prediction of vertical liquid-solid pipe flow using measured concentration distribution. doi
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  79. (1998). Research on electrical capacitance tomography system. Development of Measuring Techniques for Multiphase Flows,
  80. (1974). Review of instruments for measuring flow rate and solids concentration in steelworks slurry pipeline. Hydrotransport 3,
  81. Sampling from slurry pipelines: Thick walled and straight probes. doi
  82. Slip velocity and axial dispersion measurements in a gas-solid pipeline using particle tracer analysis. doi
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  85. Tbeory and measurement of local interfacial area using a four sensor probe in two-phase flow. doi
  86. (1996). The Design of a Multiphase SolidALiquid Flowmeter. Final Year Project,
  87. (1974). The economic and environmental impact of long distance slurry pipelines. Hydrotransport 3,
  88. (1989). The effects of the density ratio in a vertically rising solid-liquid two-phase flow.
  89. (1992). The finite element method in engineering. doi
  90. (1972). The flow of complex mixtures in pipes. Van Nostrand Reinhold, doi
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  98. (1976). Transient and statistical measurement techniques for two-phase flows -a critical review. doi
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  100. (1975). Turbulence structure of air-water bubbly flow - 3. Transport properties. doi
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  102. (1984). Velocity characteristics of pipe and jet flows with high particle concentration.
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