**Commenced**in January 2007

**Frequency:**Monthly

**Edition:**International

**Paper Count:**16

# Reynolds number Related Abstracts

##### 16 Behaviours of Energy Spectrum at Low Reynolds Numbers in Grid Turbulence

**Authors:**
Md Kamruzzaman,
Lyazid Djenidi,
R. A. Antonia

**Abstract:**

**Keywords:**
energy spectrum,
Taylor microscale,
Reynolds number,
turbulent kinetic energy,
decay exponent

##### 15 The Role of Nozzle-Exit Conditions on the Flow Field of a Plane Jet

**Authors:**
Ravinesh C. Deo

**Abstract:**

**Keywords:**
Reynolds number,
plane jet,
nozzle-exit conditions,
nozzle geometry,
aspect ratio

##### 14 Characteristics of the Wake behind a Heated Cylinder in Relatively High Reynolds Number

**Authors:**
Morteza Khashehchi,
Kamel Hooman

**Abstract:**

**Keywords:**
Reynolds number,
heated cylinder,
PIV,
wake

##### 13 Computational Analysis of the Scaling Effects on the Performance of an Axial Compressor

**Authors:**
Junting Xiang,
Jörg Uwe Schlüter,
Fei Duan

**Abstract:**

**Keywords:**
Heat Transfer,
CFD,
Reynolds number,
axial compressor,
miniature gas turbines

##### 12 Turbulence Modeling of Source and Sink Flows

**Authors:**
Israt Jahan Eshita

**Abstract:**

**Keywords:**
Reynolds number,
hydraulic diameter,
k-epsilon model,
meshes convergence,
RNG model,
sink flow,
source flow,
wall y+

##### 11 Three-Dimensional Numerical Simulation of Drops Suspended in Poiseuille Flow: Effect of Reynolds Number

**Authors:**
A. Nourbakhsh

**Abstract:**

**Keywords:**
Suspensions,
Reynolds number,
Poiseuille flow,
effective viscosity

##### 10 Effect of Prandtl Number on Flow and Heat Transfer Across a Confined Equilateral Triangular Cylinder

**Authors:**
Tanveer Rasool,
A. K. Dhiman

**Abstract:**

**Keywords:**
Drag Coefficient,
Reynolds number,
Prandtl number,
flow and isothermal patterns

##### 9 Efficient Numerical Simulation for LDC

**Authors:**
Badr Alkahtani

**Abstract:**

**Keywords:**
Simulation,
Reynolds number,
lid driven cavity,
navier-stokes

##### 8 Effect of Channel Variation of Two-Dimensional Water Tunnel to Study Fluid Dynamics Phenomenon

**Authors:**
Rizka Yunita,
Mas Aji Rizki Wijayanto

**Abstract:**

**Keywords:**
vortex,
Reynolds number,
flow visualization,
width of channel,
Strouhal number

##### 7 Variation of Streamwise and Vertical Turbulence Intensity in a Smooth and Rough Bed Open Channel Flow

**Authors:**
M. Abdullah Al Faruque,
Ram Balachandar

**Abstract:**

**Keywords:**
Turbulence,
Reynolds number,
open channel flow,
smooth and rough bed

##### 6 Flow of a Second Order Fluid through Constricted Tube with Slip Velocity at Wall Using Integral Method

**Authors:**
Nosheen Zareen Khan,
Abdul Majeed Siddiqui,
Muhammad Afzal Rana

**Abstract:**

**Keywords:**
Reynolds number,
approximate solution,
non-Newtonian fluids,
constricted tube

##### 5 Experimental Investigation of S822 and S823 Wind Turbine Airfoils Wake

**Authors:**
Amir B. Khoshnevis,
Morteza Mirhosseini

**Abstract:**

**Keywords:**
separation,
Reynolds number,
angle of attack,
velocity deficit

##### 4 A CFD Study of the Performance Characteristics of Vented Cylinders as Vortex Generators

**Authors:**
R. Kishan,
R. M. Sumant,
S. Suhas,
Arun Mahalingam

**Abstract:**

**Keywords:**
Modeling,
Simulation,
Drag Coefficient,
Vortex generators,
Reynolds number,
vortex shedding,
CFD analysis,
lift coefficient,
FVM

##### 3 Velocity Distribution in Open Channels with Sand: An Experimental Study

**Authors:**
E. Keramaris

**Abstract:**

**Keywords:**
Particle Image Velocimetry,
Reynolds number,
velocity distribution,
sand bed

##### 2 Effect of Reynolds Number on Wall-normal Turbulence Intensity in a Smooth and Rough Open Channel Using both Outer and Inner Scaling

**Authors:**
Md Abdullah Al Faruque,
Ram Balachandar

**Abstract:**

**Keywords:**
Turbulence,
Reynolds number,
roughness,
open channel flow

##### 1 Control for Fluid Flow Behaviours of Viscous Fluids and Heat Transfer in Mini-Channel: A Case Study Using Numerical Simulation Method

**Authors:**
Emmanuel Ophel Gilbert,
Williams Speret

**Abstract:**

**Keywords:**
Heat Transfer,
Turbulence,
Reynolds number,
laminar flow,
mini-channel,
frictional losses,
number simulation,
viscous fluids