Performance evaluation of multiple tuned inerter-based dampers for seismic induced structural vibration control

Keyphrases

• Absolute Acceleration 20%
• Acceleration Response 20%
• Analytical Results 20%
• Connection Configuration 20%
• Control Efficacy 40%
• Control Performance 60%
• Control Scheme 20%
• Control System 20%
• Controlling Behavior 20%
• Damper System 60%
• Dashpot 60%
• Engineering Structures 20%
• Ground Motion 20%
• Induced Vibration 20%
• Inerter 60%
• Inerter Element 20%
• Inerter-based Dampers 100%
• Mass Amplification 20%
• Mistuning 20%
• Multiple Tuned Mass Dampers 20%
• Natural Ground 20%
• Optimum Design Parameter 40%
• Parallel Connection 40%
• Performance Evaluation 100%
• Series Connection 40%
• Single Tuned Mass Damper 20%
• Spring Element 20%
• Structural Vibration Control 100%
• TMD System 20%
• Tuned Inerter 100%
• Tuned Mass Damper 20%
• Vibration Control 20%
• White Noise Excitation 20%

Engineering

• Absolute Acceleration 33%
• Acceleration Response 33%
• Analytical Result 33%
• Control Scheme 33%
• Control Systems 33%
• Damper System 100%
• Design Parameter 66%
• Engineering Structure 33%
• Ground Movement 33%
• Induced Vibration 33%
• Mass Damper 100%
• Optimum Design 66%
• Parallel Connection 66%
• Series Connection 66%
• Structural Vibration 100%
• Vibration Control 100%