low Reynolds number - Globe Thesis

Keyword [low Reynolds number] Result: 1 - 20 \| Page: 1 of 3
1.	Research Of The Law Of Oil Droplets Motion And The Shearing Field Around The Droplets In Complicated Channels
2.	Cut Open The Operator Method For Solution Of Three-dimensional Viscous Flow Problems
3.	Numerical Simulation Of Low-speed And Low-Reynolds Number 2-D Flows Based On Method Of Pseudo Compressibility
4.	Numerical Simulation And Pressure Loss Analysis Of Sudden Enlargement In Circular Pipes At Low Reynolds Number
5.	Numerical Study On The Flow Around Bluff Bodies With Lattice BOLTZMANN Method
6.	Application Of Lattice Boltzmann Method In Parity Time-Revesal Of Viscous Fluid Flow
7.	Numerical Investigation On Vortex-induced Vibrations Of Two Side-by-side Arranged Circular Cylinders At A Low Reynolds Number
8.	Numerical Investigation On Flow-induced Vibrations Of Multiple Circular Cylinders In Tandem Arrangement At A Low Reynolds Number
9.	Numerical Investigation Of Fluid-structure Interaction And Flow Control At Low Reynolds Number
10.	Numerical Study On The Flow Around Bluff Bodies With Lattice Boltzmann Method
11.	Numerical Simulation Of Flow Around Airfoil Based On Lattice Boltzmann Method
12.	Electromagnetic Control Of Low Reynolds Number Flow Around A Cylinder
13.	Study On Forced Oscillation And Vortex-induced Vibration(VIV) Of Circular Cylinder Under Combined Uniform Flow And Oscillatory Flow At Low Reynolds Number
14.	An Numerical Investigation On Fluid Flow Past A Circular Cylinder With Splitter Plate At Low Reynolds Number
15.	Numerical Investigation Of Fluid-structure Interaction Of Circular Cylindrical System At Low Reynolds Number
16.	Large Eddy Simulation Of Compressible Turbulent Channel Flow At Low Reynolds Number
17.	Study On Flow-induced Vibrations Of Two Tandem-arranged Circular Cylinders In Larminar Flow With Low Reynolds Number
18.	Numerical Investigation Of Vortex-induced Vibration Of Two Circular Cylinders In Tandem Arrangements In Oscillatory Flow
19.	Noise Generation By Instabilities In Axisymmetric Supersonic Jet
20.	Numerical Investigation On The Mechanisms Of Vortex Induced Vibration Of Three Side-by-side Cylinders
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