Vibration suppression of composite panel with variable angle tow design and inerter-based nonlinear energy sink

Keyphrases

• Analytical Method 33%
• Analytical Methodology 33%
• Composite Panel 100%
• Composite Plate 33%
• Dynamic Performance 33%
• Dynamic Power 33%
• Dynamic Response 66%
• Energy Transmission Path 33%
• Fiber Angle 33%
• Fiber Orientation 33%
• Fiber Placement 33%
• Forced Vibration Analysis 33%
• Improved Dynamics 33%
• Inerter 100%
• Laminated Composite Panels 33%
• Natural Frequency 33%
• Nonlinear Energy Sink 100%
• Numerical Methodology 33%
• Passive Devices 33%
• Passive Suppression 33%
• Path Characteristics 33%
• Placement Scheme 33%
• Power Flow Density 33%
• Steady-state Dynamic Response 33%
• Substructure Method 33%
• Suppression Device 33%
• Variable Angle Tow 100%
• Variable Stiffness Composites 33%
• Vibration Suppression 100%
• Vibration Transmission 33%
• Vibration Transmission Path 66%

Engineering

• Composite Panel 100%
• Dynamic Performance 33%
• Dynamic Response 100%
• Energy Engineering 100%
• Energy Transmission 33%
• Fiber Orientation 33%
• Forced Vibration 33%
• Laminated Composite Plate 33%
• Natural Frequency 33%
• Passive Device 33%
• Power Flow 33%
• Transmissions 100%
• Vibration Analysis 33%