Engineering
Reynolds' Number
100%
High Reynolds Number
94%
Pipeline Fluid Flow
92%
Streamwise
53%
Nanoscale
49%
Vortex
44%
Similarities
37%
Spatial Resolution
35%
Turbulent Boundary Layer
35%
Pressure Gradient
31%
Boundary Layer
31%
Length Scale
30%
Temporal Resolution
26%
Hot-Wire Anemometry
24%
Fast Response
22%
Isotropic Turbulence
21%
Wall Turbulence
18%
Surface Layer
18%
Low-Temperature
17%
Scaling Parameter
17%
Turbulent Flow
17%
Velocity Fluctuation
17%
Streamlines
16%
Particle Image Velocimetry
15%
Reynolds Stress
15%
Unmanned Aerial Vehicle
15%
Turbulence Intensity
15%
Robot
15%
Diffusion Flame
15%
Vertical Axis Wind Turbine
15%
Hydrodynamics
15%
Deformation Structure
15%
Direct Measure
15%
Layer Flow
15%
Flow Sensor
15%
Humidity Sensor
15%
Major Part
15%
Direct Numerical Simulation
15%
Experimental Investigation
15%
Large Eddy Simulation
14%
Horizontal Axis Wind Turbine
13%
Frequency Response
13%
Planar Laser-Induced Fluorescence
13%
Sensing Element
13%
Rotors
12%
Velocity Component
11%
Filtering Effect
11%
Grid Turbulence
11%
Wall Shear Stress
11%
Axisymmetric Flow
11%
Von Krmn Constant
10%
Axisymmetric
10%
Hot Wire Anemometer
10%
Hot-Wire Probe
10%
Wind Turbine
10%
Drag Reduction
9%
Thick Airfoil
9%
Microelectromechanical System
9%
Computer Simulation
9%
Numerical Experiment
9%
Flow Measurement
9%
Dissipation Range
8%
Pitching Motion
8%
Energy Spectra
8%
Vorticity
7%
Heat Flux
7%
Micro Air Vehicle
7%
Flow Turbulence
7%
Natural Ventilation
7%
Rough Wall
7%
Sensing Device
7%
Underfill
7%
Coherent Structure
7%
Supersonic Flow
7%
Operating Mode
7%
Plate Rheometer
7%
Azimuthal
7%
Reactant
7%
Triple Point
7%
Experimental Platform
7%
Effect of Porosity
7%
Fluid Velocity
7%
Streamtubes
7%
Dynamic Similarity
7%
Parallel Plate
7%
Temporal Evolution
7%
Shear Layer
7%
Chemical Compatibility
7%
Manufacturing Technique
7%
Anisotropic
7%
Airfoil
7%
Thin Films
7%
Stress Model
7%
Air Flow
7%
Laminar Flows
7%
Rheometer
7%
Semiconductor Manufacturing
7%
Measurement Condition
7%
Steel Pipe
7%
High Reynolds Number Flow
7%
Keyphrases
Turbulent pipe Flow
34%
Thermal Anemometry
21%
Hot Wire
18%
Reynolds number
18%
High Reynolds number
17%
Turbulence Measurements
17%
Turbulence
15%
Lamprey
15%
Pressure Gradient
15%
Steam-assisted Gravity Drainage
15%
Turbulent Boundary Layers
12%
Reynolds Stress
11%
Mean Velocity
11%
Similarity Constraint
11%
Humidity Sensor
11%
Velocity Fluctuation
11%
Streamwise
11%
Near-wall Turbulence
11%
Steady Swimming
10%
American Eel
10%
Fully Developed
10%
Wall-bounded Flows
9%
New Sensors
8%
Grid Turbulence
8%
Atmospheric Surface Layer
7%
Flow Validation
7%
Frequency Response
7%
Gust Rejection
7%
Building Geometry
7%
Street Canyon
7%
Balcony
7%
Momentum Transfer
7%
Nanoscale Instrumentation
7%
Scale Similarity
7%
Model Wind Turbine
7%
Flow Measurement
7%
Resolution Correction
7%
Micro Air Vehicle
7%
Hot-wire Anemometry
7%
Rough Wall
7%
Flow Field
7%
Double Correlation
7%
Free-stream Turbulence
7%
Turbulent Fluxes
7%
Porous Disk
7%
Nanopore Sensing
7%
Coherent Structures
7%
Extreme Flows
7%
Drag Reduction
7%
Rotor Solidity
7%
Solidity Effect
7%
Linear Profiles
7%
Body Circumference
7%
Flow Deceleration
7%
Flow Experience
7%
Cross-wire
7%
Pipe Wall
7%
Favorable Pressure Gradient
7%
Mesolayer
7%
Underfill
7%
Resolution Effect
7%
Cone-and-plate
7%
Dissipation Scales
7%
Hydrophobic Liquids
7%
Cold Wire
7%
Streamline Curvature
7%
Shear-driven
7%
Mean Flow
7%
Scalar Transfer
7%
Smooth pipe
7%
Temperature Correction
7%
Wing Twist
7%
Pressure Effect
7%
Porosity Effect
7%
Diffusion Flame
7%
Telegraph
7%
Double-multiple Streamtube Model
7%
Shear Stress Model
7%
Time Similarity
7%
Velocimetry
7%
Stream Gradient
7%
Near-wall Region
7%
Robotics
7%
Spatial Resolution
7%
Thick Airfoil
7%
Viscous Resistance
7%
Urban Land Surface Temperature
7%
High-resolution Sensor
7%
Liquid-infused Surfaces
7%
Rotor Performance
7%
Scale Parameter
7%
Wind Turbine Testing
7%
Large Wind Turbine
7%
Decaying Isotropic Turbulence
7%
Cool Flame
7%
Kirigami-inspired
7%
Wind Steering
7%
Turbulent Fluctuation
7%
Interfacial Distortions
7%
Reynolds Shear Stress
7%