Nonlinear Dynamics and Vibration Control of Flexible Systems
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Nonlinear Dynamics and Vibration Control of Flexible Systems
HUANG, JIE
Taylor & Francis Ltd
12/2024
398
Mole
9781032161372
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Chapter 1. Nonlinear Dynamics
Chapter 2. Vibration Control
Chapter 3. Bridge Cranes
Chapter 4. Tower Cranes
Chapter 5. Aerial Cranes
Chapter 6. Dual Cranes
Chapter 7. Flexible Link Manipulator
Chapter 8. Liquid Sloshing
Chapter 2. Vibration Control
Chapter 3. Bridge Cranes
Chapter 4. Tower Cranes
Chapter 5. Aerial Cranes
Chapter 6. Dual Cranes
Chapter 7. Flexible Link Manipulator
Chapter 8. Liquid Sloshing
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Nonlinear Dynamics;Vibration Control;Industrial applications;Robotic systems;Mechatronics;Signal processing;Duffing Oscillators;Damping Ratio;Time Delayed Feedback Control;Residual Vibration;Nonlinear Frequencies;Flexible Link Manipulators;Modal Coupling Effects;Combined Control Scheme;Coordinate Measurement Machines;Coupled Oscillator Model;Mode Superposition Method;Beam Length;Bridge Crane;Nonlinear Stiffness;Driving Distance;Continuous Piecewise Function;Small Mass Ratios;Driving Distances;Mass Ratio;Flexible Link;Low Pass Filtering Effect;Linear Frequency;Vibration Amplitude;Linear Mass Density;Sliding Mode Control
Chapter 1. Nonlinear Dynamics
Chapter 2. Vibration Control
Chapter 3. Bridge Cranes
Chapter 4. Tower Cranes
Chapter 5. Aerial Cranes
Chapter 6. Dual Cranes
Chapter 7. Flexible Link Manipulator
Chapter 8. Liquid Sloshing
Chapter 2. Vibration Control
Chapter 3. Bridge Cranes
Chapter 4. Tower Cranes
Chapter 5. Aerial Cranes
Chapter 6. Dual Cranes
Chapter 7. Flexible Link Manipulator
Chapter 8. Liquid Sloshing
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Nonlinear Dynamics;Vibration Control;Industrial applications;Robotic systems;Mechatronics;Signal processing;Duffing Oscillators;Damping Ratio;Time Delayed Feedback Control;Residual Vibration;Nonlinear Frequencies;Flexible Link Manipulators;Modal Coupling Effects;Combined Control Scheme;Coordinate Measurement Machines;Coupled Oscillator Model;Mode Superposition Method;Beam Length;Bridge Crane;Nonlinear Stiffness;Driving Distance;Continuous Piecewise Function;Small Mass Ratios;Driving Distances;Mass Ratio;Flexible Link;Low Pass Filtering Effect;Linear Frequency;Vibration Amplitude;Linear Mass Density;Sliding Mode Control