Modeling active vibration control of a geared rotor system

Keyphrases

• Geared Rotor System 100%
• Active Vibration Control 100%
• Finite Element 50%
• Design Parameters 50%
• System Dynamics 50%
• Gear Pair 50%
• Transmission Error 50%
• Error Excitation 50%
• Adaptive Controller 50%
• Actuation Force 50%
• Practical Design 50%
• Realist Evaluation 50%
• Frequency Estimation 50%
• Vibration Control 50%
• Secondary Path 50%
• Reference Signal 50%
• Lumped Elements 50%
• Housing Structure 50%
• Structure Response 50%
• Filtered-x Least Mean Square Algorithm 50%
• Piezoelectric Stack Actuator 50%
• Transverse Vibration Control 50%
• Gearbox Housing 50%
• Mesh Frequency 50%
• Frequency Vibration 50%
• Vital Systems 50%
• Additive Random Noise 50%
• Control Results 50%
• Path Characteristics 50%
• Online Mode 50%
• Dynamic Plants 50%
• Offline Mode 50%

Engineering

• Rotor System 100%
• Vibration Control 100%
• Active Vibration Control 100%
• Numerical Study 50%
• Internals 50%
• Design Parameter 50%
• Transmission Error 50%
• Systems Dynamics 50%
• Frequency Vibration 50%
• Adaptive Controller 50%
• Gearbox 50%
• Secondary System 50%
• Frequency Estimation 50%
• Least Mean Square 50%
• Reference Signal 50%
• Piezoelectric Stack 50%
• Actuation Force 50%