8-electrode capacitance system for two-component flow identification. Part 2: Flow regime identification

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8-electrode capacitance system for two-component flow identification. Part 2: Flow regime identification

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Following the first paper on tomographic flow imaging, the authors describe a method for identifying the patterns of two-component flows using the same 8-electrode capacitance system, but using a simpler signal-processing system than that for tomographic reconstruction. The measured capacitance vector of an unknown flow is compared with the stored ‘fingerprint’ vectors of various known flow patterns, and, hence, the actual flow regime can be identified.

Inspec keywords: physics computing; computerised instrumentation; computerised signal processing; flow measurement

Other keywords: flow patterns; fingerprint vector; two-component flow identification; signal-processing; computerised signal processing; multielectrode capacitance system; capacitance vector

Subjects: Signal processing and detection; Data gathering, processing, and recording, data displays including digital techniques; Physics and chemistry computing; Digital signal processing; Level, flow and volume measurement; Measurement instrumentation and techniques for fluid dynamics; Computerised instrumentation

References

    1. 1)
      • Snell, C.C., Dechene, R.L., Newton, R.E.: `Flow regime characterisation with a multielement conductance gauge', NP-1805, Research report, 1981, Auburn International Inc., Danvers, Massachusetts, USA.
    2. 2)
      • D. Lubbesmeyer , B. Leoni . fluid-velocity measurement flow-pattern identification by noise-analysis of light-beam signals. int. j. multiph. flow , 6 , 665 - 679
    3. 3)
      • C.G. Xie , A. Plaskowski , M.S. Beck . 8-electrode capacitance system for two-component flow identification— pt. 1: Tomographic flow imaging. IEE Proc. A , 4 , 173 - 181
    4. 4)
      • M.A. Vince , R.T. Lahey . On the development of an objective flow regime indicator. Int. J. Multiph. Flow , 2 , 93 - 124
    5. 5)
      • Xie, C.G.: `Mass flow measurement of solids in a gravity drop conveyor using capacitance transducers', 1988, PhD thesis, University of Manchester.
    6. 6)
      • Matsui Goichi . identification of flow regime in verticle gas liquid two-phase flow using differential pressure fluctuations. int. j. multiph. flow , 6 , 711 - 720
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This article has the following associated article(s):
8-electrode capacitance system for two-component flow identification. Part 1: Tomographic flow imaging