Keyphrases
Metamaterial Design
100%
Electric Motor
100%
Acoustic Metamaterials
100%
Hybrid Metamaterials
100%
Mechanical Metamaterials
100%
Motor Noise
100%
Acoustics
66%
Metastructure
66%
Locally Resonant
66%
C-shaped
33%
Hybrid Structure
33%
C(T)
33%
Academic Community
33%
Real-world Application
33%
Resonator
33%
Industrial Communities
33%
Amplitude Modulation
33%
Phase Modulation
33%
T-shaped Resonator
33%
Acoustic Metastructure
33%
Noise Attenuation
33%
Metamaterial Structure
33%
Noise Reduction Performance
33%
Hybrid Mixtures
33%
Noise Abatement
33%
Acoustic Cavity
33%
Flat Wall
33%
Equivalent Mass
33%
Resonant Acoustic
33%
Wall Structure
33%
Elastic Waves
33%
Noise Emission
33%
Noise Peak
33%
Acoustic Waves
33%
Sound Wave
33%
Noise Attenuation Performance
33%
Meta-atom
33%
Sound Insertion Loss
33%
Locally Resonant Structure
33%
Engineering
Experimental Investigation
100%
Electric Motor
100%
Resonator
66%
Noise Attenuation
66%
Real World Application
33%
Structural Element
33%
Amplitude Modulation
33%
Phase Modulation
33%
Peak Noise
33%
Insertion Loss
33%
Elastic Wave
33%
Resonant Structure
33%
Physics
Metamaterial
100%
Resonator
100%
Noise Abatement
50%
Sound Wave
50%
Elastic Wave
50%
Acoustic Wave
50%
Noise Reduction
50%
Material Science
Metamaterial
100%
Resonator
100%
Phase Modulation
50%
Mechanical Metamaterials
50%