Development of Miniature High-Precision Multiphase Flow Simulation Device

Li De Fang; Yu Jiao Liang; Yao Zhang; Qin He

doi:10.4028/www.scientific.net/AMR.816-817.656

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Reliability Analysis of Rotor System with Pedestal Looseness
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Design the Network Attack and Defense Training Simulation System Based on HLA
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Simulation for Performance Based Evaluation in Buildings
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Research on the Observation Method for Asynchronous Motor Rotor Flux
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Development of Miniature High-Precision Multiphase Flow Simulation Device
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The Characterization of the Stability of Gel Ink by Rheological Method
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Complex Method in Kinematic Analyses of a Mechanism
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A Control Strategy for the Grid-Side Converter of the Directly-Driven Wind Turbine with PM Synchronous Generator under Unbalanced Grid Voltage
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Speed-Sensorless AC Drive Based on MRAS Scheme with a Novel Observer
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 816-817Development of Miniature High-Precision Multiphase...

Development of Miniature High-Precision Multiphase Flow Simulation Device

Abstract:

As the development of petroleum industry, the various fields in the multiphase flow have become the importance research direction of the petroleum industry technology and the interdisciplinary. As a result, it becomes much more necessary for the parameters study such as the measurement of phase holdup to reproduce a variety of flow patterns in laboratory. The paper described one set of miniature high-precision multiphase flow simulation device, which simulated many flow patterns in both horizontal and vertical directions, providing a platform to study the other parameters in the multiphase flow.