Vibration Isolation Performance Enhancement Using Hybrid Nonlinear Inerter and Negative Stiffness Based on Linkage Mechanism

Keyphrases

• Base Motion 33%
• Dynamic Characteristics 33%
• Energy Flow 33%
• Flexible Base 33%
• Forced Motion 33%
• Geometric Nonlinearity 33%
• Geometrically Nonlinear Vibrations 33%
• Inerter 100%
• Isolator 100%
• Linkage Mechanism 33%
• Linkage Structure 33%
• Low-frequency Vibration 66%
• Low-frequency Vibration Isolation 33%
• Motion Excitation 33%
• Naval Architecture 33%
• Negative Stiffness 100%
• Nonlinear Element 33%
• Nonlinear Isolator 66%
• Nonlinear Vibration Isolator 33%
• Performance Enhancement 100%
• Stiffness 33%
• Strong Potential 33%
• System Dynamics 33%
• Transmissibility 66%
• Ultra-low 33%
• Underwater Vehicle 33%
• Vibration Isolation 33%
• Vibration Isolation Performance 100%
• Vibration Transmission 33%
• Vibrational Energy Transfer 33%

Engineering

• Base Structure 16%
• Energy Engineering 16%
• Energy Flow 16%
• Geometric Nonlinearity 16%
• Isolators 100%
• Low Frequency Vibration 50%
• Naval Architecture 16%
• Nonlinear Element 16%
• Nonlinear Vibration 16%
• Rod 16%
• Structural Parameter 16%
• Transmissibility 33%
• Transmissions 16%
• Vibration Isolation 100%