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Engineering
Acoustic Window
100%
Acoustic Performance
100%
Double Layer
66%
Sound Absorption
66%
Hole Structure
66%
Numerical Model
66%
Experimental Result
33%
Natural Ventilation
33%
Potential Benefit
33%
Experimental Technique
33%
Numerical Prediction
33%
Conducted Experiment
33%
Sound Attenuation
33%
Impedance Tube
33%
Anechoic Chamber
33%
Sound Transmission
33%
Plane Wave
33%
Three Dimensional Printing
33%
Finite Element Analysis
33%
Architectural Design
33%
Scale Model
33%
Keyphrases
Acoustics
100%
Performance Evaluation
100%
Sonic Black Hole
100%
Ventilation Window
100%
Acoustic Performance
25%
Numerical Model
16%
Noise Reduction
16%
Design Approach
16%
Double Layer
16%
Sound Absorption
16%
Hole Structure
16%
Scale Model
8%
Natural Ventilation
8%
Numerical Simulation
8%
Numerical Prediction
8%
Building Design
8%
Modeling Techniques
8%
Working Principle
8%
Finite Element Analysis
8%
Optimization Approach
8%
Tunability
8%
Potential Gains
8%
Sound Attenuation
8%
Absorption Loss
8%
Sound Wave
8%
Sound Transmission
8%
Transmission Loss
8%
Property Loss
8%
Reduction Capacity
8%
3D Printing
8%
Target Frequency
8%
Acoustic Devices
8%
Anechoic Chamber
8%
Window Configuration
8%
Sound Isolation
8%
Plane Wave Incidence
8%
Natural Noise
8%
Impedance Tube Test
8%
Unit Yield
8%