含机构位移模式的超材料低频宽带波动控制

Engineering

• Energy Gap 100%
• Internals 80%
• Microstructure 60%
• Resonator 60%
• Elastic Wave 40%
• Anisotropic 40%
• Zero Frequency 40%
• Controllability 20%
• Computer Simulation 20%
• Engineering 20%
• Rotational 20%
• Vibration Isolation 20%
• Low Frequency Vibration 20%
• Two Dimensional 20%
• Engineering Structure 20%
• Effective Property 20%
• Bragg Cell 20%
• Coupling Effect 20%
• Design Space 20%
• Potential Energy 20%
• Cutoff Frequency 20%
• Pass Band 20%
• Elastic Wave Propagation 20%
• Frequency Region 20%
• Ultra Wide Band 20%
• Structural Health Monitoring 20%
• Non Destructive Evaluation 20%
• Internal Damping 20%

Physics

• Metamaterial 100%
• Wave Propagation 33%
• Resonator 25%
• Elastic Wave 25%
• Anisotropy 16%
• Statics 8%
• Energy Gaps (Solid State) 8%
• Wave Imaging 8%
• Potential Energy 8%
• Ultra-Wideband 8%
• Structural Health Monitoring 8%
• Controllability 8%
• Vibration Isolation 8%
• Natural Material 8%

Material Science

• Metamaterial 100%
• Resonator 25%
• Density 16%
• Anisotropy 16%
• Non-Destructive Testing 8%
• Natural Material 8%
• Phononic Crystal 8%
• Rotational Resonance 8%