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Engineering
Duct
100%
Sound Radiation
70%
Sound Absorption
64%
Micro Perforated Panel
48%
Insertion Loss
44%
Sound Field
41%
Bending Stiffness
34%
Sound Source
33%
Aeroengine
32%
Two Dimensional
30%
Frequency Noise
30%
Turbine
29%
Ducted Fan
24%
Dipole Source
23%
Noise Suppression
21%
Acoustic Performance
21%
Porosity
21%
Absorption Performance
21%
Helmholtz Resonator
20%
Blade Tip
19%
Acoustic Impedance
19%
Side Branch
18%
Good Agreement
18%
Finite Element Analysis
17%
Flow Speed
17%
Beamforming
16%
Response Surface Method
15%
Perforated Plate
15%
Open Cavity
14%
Brake Squeal
13%
Diffusion Flame
13%
Laminated Composite Plate
13%
Least Square
13%
Flow-Induced Vibrations
13%
Numerical Model
13%
Sound Pressure Level
13%
High-Pressure Turbine
13%
Vortex
13%
Reliability Analysis
12%
Environmental Noise
12%
Finite Element Modeling
11%
Reliability Evaluation
11%
Experimental Result
11%
Sound Propagation
11%
Flow Condition
11%
Composite Panel
10%
Acoustic Pressure
10%
Support Vector Machine
10%
Expansion Chamber
10%
Tunnel
10%
Keyphrases
Micro-perforated Panel
57%
Sound Radiation
55%
Silencer
51%
Noise Control
47%
Acoustics
34%
Tensioned Membranes
33%
Transmission Loss
31%
Insertion Loss
29%
Sound Field
28%
Parallel Barriers
27%
Plate Silencer
27%
Stopband
27%
Sound Source
26%
Noise Reduction
25%
Microperforation
23%
Noise Radiation
23%
Unbaffled Long Enclosure
23%
Low-frequency Noise
23%
Bending Stiffness
23%
Aero-engine
22%
Sound Absorption
21%
Panel Absorber
20%
Dipole Source
19%
Helmholtz Resonator
19%
Sound Reflection
18%
Helium
18%
Noise Suppression
18%
Shallow Cavity
17%
Blade-tip Radial Running Clearance
16%
Grazing Flow
16%
Ducted Fan
15%
Side Branch
15%
Porous Materials
15%
Micro-perforated Panel Absorber
14%
Acoustic Behavior
14%
Turbine Blade Tip
14%
Fan Noise
14%
Flow Effect
14%
Absorber
14%
Dipole
14%
Absorber Array
14%
Composite Plate
13%
Numerical Investigation
13%
Hong Kong
13%
Noise Absorption
13%
Inverse Diffusion Flame
13%
Flow-induced Vibration
13%
Traffic Noise
12%
Soundscape
12%
Axial Fan
12%