Flow regime - Globe Thesis

Keyword [Flow regime] Result: 1 - 20 \| Page: 1 of 2
1.	The Intelligent Identification Method Of Gas-Liquid Two-Phase Flow Regime Based On Wavelet And Chaos Theory
2.	Strategy And Methodology Of Dynamical Analogue Prediction
3.	Burnett Simulation Of Micro-and Nanoscale Gas Flow And Heat Transfer
4.	Research On Gas/Liquid Two-phase Flow Measurement In Horizontal Pipeline Based On Electrical Resistance Tomography
5.	Application Of Wavelet Entropy And Wavelet Networks In Measurement Of Multiphase Flow Parameters
6.	Identification Method And Evolutionary Research Of Gas-liquid Two-Phase Flow Regime Based On Digital Image Processing Technology
7.	A Numerical Simulation On The Influence Of Underground Water Flow Regime Caused By Coal Mining In Tai Yuan Xi Shan Coal Area
8.	The Characterization Analysis Of Oil-air-water Three-phase Flow Regime Based On Dynamic Image Processing
9.	The Detection Method Of Multi-parameter Of Gas-solid Two-phase Flow Based On Flow Regime Image In Fluidized Bed
10.	Analysis Of Chaos Character Of Pressure Signal In Gas-solid Fluidized Bed And Flow Regime's Identification Method
11.	Oil-water Two Phase Flow Pattern Recognition Based On Electric Conductance Fluctuation Signal
12.	Research On Regime Identification Of Oil-Gas-Water Three-Phase Flow Pattern
13.	A Preliminary Analysis Based On The Flow Regime Of East China Sea Buoy Observation Site
14.	Research Of Vibration Characteristics Of Pipeline Conveying Gas-liquid Two-phase Flow
15.	Measurement Of Two-phase Flow Based On Cross-section Measurement Technology And V-cone Flow Meter
16.	A Numerical Simulation On The Influence Of Underground Water Flow Regime Caused By Coal Mining In Mayingpu Minefield
17.	Experiment And Numerical Simulation On Transition Of Cryogenic Gas-Liquid Flow Bubbly Flow To Slug Slow In Vertical And Inclined Pipes
18.	Land-Atmosphere Coupling Simulation And Analysis Of Streamflow Changes In The Yangtze River Basin
19.	Groundwater And Surface Water Interactions In Hailiutu River, Ordos Plateau
20.	Models And Simulations Of Size Segregation In Granular Flows
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