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Vibration control /

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Bibliographic Details
Other Authors: Lallart, Mikaël (Editor)
Format: Book
Language: English
Published: Rijeka : 2014.
Subjects:
Vibración > control
Dinámica de estructuras
Notas Contenido:
  • Electromechanical dampers for vibration control of structures and rotors
  • The foundation of electromagnets based active vibration control
  • A magnetorheological damper with embedded piezoelectric force sensor: experiment and modeling
  • Vibration isolation system using negative stiffness
  • Mass inertia effect based vibration control systems for civil engineering structure and infrastructure
  • AVC using a backstepping design technique
  • Model independent vibration control
  • Active vibration control for a nonlinear mechanical system using on-line algebraic identification
  • A self-organizing fuzzy controller for the active vibration control of a smart truss structure
  • Semi-active vibration control based on switched piezoelectric transducers
  • Self-powered and low-power piezoelectric vibration control using nonlinear approaches
  • Active vibration control of rotor-bearing systems
  • Automotive applications of active vibration control
  • Neural network control of non-linear full vehicle model vibrations
  • Robust active vibration control of flexible stewart isolators
  • Vibration control
Table of Contents:
  • Electromechanical dampers for vibration control of structures and rotors
  • The foundation of electromagnets based active vibration control
  • A magnetorheological damper with embedded piezoelectric force sensor: experiment and modeling
  • Vibration isolation system using negative stiffness
  • Mass inertia effect based vibration control systems for civil engineering structure and infrastructure
  • AVC using a backstepping design technique
  • Model independent vibration control
  • Active vibration control for a nonlinear mechanical system using on-line algebraic identification
  • A self-organizing fuzzy controller for the active vibration control of a smart truss structure
  • Semi-active vibration control based on switched piezoelectric transducers
  • Self-powered and low-power piezoelectric vibration control using nonlinear approaches
  • Active vibration control of rotor-bearing systems
  • Automotive applications of active vibration control
  • Neural network control of non-linear full vehicle model vibrations
  • Robust active vibration control of flexible stewart isolators
  • Vibration control

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