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Reducing interior noise in a cylinder using micro-perforated panels
Cheng Yang
,
Li Cheng
, Zhongyu Hu
The Hong Kong Polytechnic University
Department of Mechanical Engineering
Research output
:
Journal article publication
›
Journal article
›
Academic research
›
peer-review
34
Citations (Scopus)
Overview
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Physics
Sound Transmission
100%
Acoustic Coupling
100%
Sound Field
50%
Standing Wave
50%
Acoustic Resonance
50%
Airspace
50%
Noise Reduction
50%
Keyphrases
Interior Noise
100%
Micro-perforated Panel
100%
Acoustics
25%
Acoustic Coupling
25%
Panel Construction
25%
Attenuation
12%
Acoustic Field
12%
Noise Reduction
12%
Airspace
12%
Standing Wave
12%
Cylindrical Enclosure
12%
Sound Field
12%
Air Layer
12%
Sound Absorption
12%
Acoustic Resonance
12%
Power Dissipation Efficiency
12%
Panel Configuration
12%
Sound Absorption Capability
12%
Engineering
Interior Noise
100%
Micro Perforated Panel
100%
Sound Absorption
25%
Panel Construction
25%
Acoustic Field
12%
Energy Dissipation
12%
Air Layer
12%
Air Space
12%
Sound Field
12%
Standing Wave
12%
Acoustic Resonance
12%