Engineering
Experimental Investigation
100%
Bending Wave
100%
Layer Thickness
50%
Energy Dissipation
50%
Finite Element Method
50%
Design Parameter
50%
Two Dimensional
50%
Mode Shape
50%
Aluminum Plate
50%
Radiated Sound Power
50%
Hole Plate
50%
Vibration Reduction
50%
Sound Radiation
50%
Hole System
50%
Effective Energy
50%
Keyphrases
Acoustic Black Hole
100%
Damping Layer
23%
Bending Wave
15%
Low-frequency Performance
15%
Layer Thickness
7%
Two Dimensional
7%
Effective Method
7%
Lower Order
7%
Vibration Reduction
7%
Finite Element
7%
Low Frequency Range
7%
Plate Thickness
7%
Wave Speed
7%
Vibration Amplitude
7%
Mass Effect
7%
Structure Response
7%
Mode Shape
7%
Aluminum Plate
7%
Design Parameters
7%
Acoustic Response
7%
Performance Optimization
7%
Local Change
7%
Low Frequency Acoustics
7%
High-frequency Range
7%
Radiated Sound Power
7%
Structural-acoustic
7%
Transverse Vibration
7%
Passive Method
7%
Added Benefit
7%
Damping Effect
7%
Sound Radiation
7%
Sound Power Measurement
7%
Wave Vibration
7%
Viscoelastic Damping Layer
7%
Acoustic Black Hole Effect
7%
Laser Vibrometer
7%
Lightweight Methods
7%
Effective Energy Dissipation
7%
Vibrating Characteristic
7%
Beam Thickness
7%
Mid-frequency Range
7%
Hole Plate
7%