Keyphrases
Supercavity
89%
Turbulent Boundary Layers
86%
Ventilated Supercavity
57%
Carbon Nanotube Film
54%
Polymer Solution
49%
Polymer Injection
40%
Loudspeaker
40%
Acoustics
38%
Pulsation
35%
Wall Pressure Fluctuations
34%
Thermophone
32%
Drag Reduction
32%
Noise Reduction
32%
Vibration Reduction
32%
Carbon Nanotubes
31%
Flat Plate
30%
Sound Pressure Level
29%
Warning System
28%
Drag-reducing Polymers
28%
Noise Control
26%
Gas Jet
25%
Water Tunnel
25%
Wall Pressure
24%
Velocity Fluctuation
22%
Maritime Applications
21%
Turbulent Boundary Layer Flow
21%
Finite Volume
21%
Hydrofoil
21%
High Power
21%
Velocity Profile
21%
Surface Forces
21%
Gas Cavity
21%
Concentration Profile
19%
Twin Vortex
19%
Impingement
18%
Radiated Noise
17%
Near-wall Region
17%
Inclined Slot
17%
Fluctuation Frequency
17%
Frequency Spectrum
17%
Fluctuation Spectrum
17%
Tunnel Facility
15%
Elastomer
15%
Pressure Spectrum
14%
Thermoacoustic Speaker
14%
Skin Friction Drag
14%
Deceleration
14%
Noise Transmission
14%
Two-component
14%
Immediate Effect
14%
Engineering
Turbulent Boundary Layer
100%
Supercavities
86%
Wall-Pressure
43%
Flat Plate
41%
Drag Reduction
32%
Velocity Profile
32%
Pressure Fluctuation
32%
Leading Edge
25%
Sound Pressure Level
23%
Layer Flow
21%
Hydrofoil
21%
Automotives
21%
Radiated Noise
19%
Concentration Profile
18%
Velocity Fluctuation
18%
Tunnel
16%
Line Array
16%
Directional
16%
Mountings
16%
Streamwise
16%
Research Laboratories
14%
Noise Level
14%
Stress Level
14%
Water Injection
14%
Vortex
14%
Doppler Velocity
14%
Reynolds Shear Stress
14%
Elastomer
14%
Moving Wall
13%
Air Conditioning System
13%
Acoustic Source
13%
Aerodynamic Performance
13%
Frequency Spectrum
13%
Boundary Layer
12%
Skin Friction
12%
Spectrum Model
10%
Mass Flowrate
10%
Rotors
10%
Propeller Noise
10%
Noise Ordinance
10%
Carbon Nanotube
10%
Blade Passing Frequency
10%
Coupled System
10%
Injected Fluid
10%
Acoustic Performance
10%
Surfactant
10%
Reciprocating Compressors
10%
High Reynolds Number
10%
Engine Cooling
10%