Keyphrases
Band Gap
100%
Resonator
100%
Metastructure
100%
Locally Resonant
100%
Mass Ratio
27%
Target Frequency
27%
Finite number
18%
Finite Structures
18%
Added Mass
18%
Locally Resonant Bandgap
18%
Locally Resonant Metamaterial
18%
Dynamic Behavior
9%
Traveling Wave
9%
Lattice Size
9%
Modal Analysis
9%
Practical Design
9%
Infinite number
9%
Higher Order Mode
9%
Low-frequency Vibration
9%
Optimal number
9%
Edge Frequency
9%
Parameter Variation
9%
Non-uniform Spacing
9%
Cantilever Beam
9%
Dispersion Analysis
9%
Infinite Medium
9%
Base Excitation
9%
Plane Wave Expansion Method
9%
Vibration Problems
9%
Vibration Attenuation
9%
Band Gap Analysis
9%
Modal Representation
9%
Band Gap Prediction
9%
Metamaterial Beam
9%
Resonant Cantilever
9%
Physics
Energy Gaps (Solid State)
100%
Resonator
91%
Metamaterial
25%
Mass Ratio
25%
Boundary Condition
8%
Traveling Wave
8%
Plane Wave
8%
Modal Analysis
8%
Dispersion Analysis
8%
Vibration Problem
8%
Engineering
Resonator
100%
Mass Ratio
27%
Finite Number
18%
Added Mass
18%
Experimental Investigation
9%
Boundary Condition
9%
Travelling Wave
9%
Closed Form
9%
Plane Wave
9%
Infinite Number
9%
Dynamic Behavior
9%
Modal Analysis
9%
Low Frequency Vibration
9%
Parameter Variation
9%
Vibration Mode
9%
Cantilever Beam
9%
Infinite Medium
9%
Vibration Problem
9%
Material Science
Resonator
100%
Metamaterial
27%
Modal Analysis
9%
Vibration Problem
9%