AUTORESONANT CONTROL OF VIBRATORY SYSTEMS

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概要

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• An approach has been developed to design resonant vibratory equipment as self-sustained oscillating systems with electronic and electromechanical positive feedback and an actuator of a synchronous type. The feedback produces the exciting force by means of transformation and amplification of the motion signal. Autoresonant control relies entirely on the amplitude-phase characteristics of the vibrating system. Unlike amplitude-frequency curves, amplitude-phase curves of single-degree of freedom systems are single-valued and gently sloping near the resonance for many cases of practical importance regardless of Q-factor and nonlinearity of the vibrating system. The implementation of autoresonant control for the new nonlinear vibratory electro-mechanical systems is described.

• 一般社団法人日本機械学会の論文

著者

• Sokolov Ilya

  Wolfson School Of Mechanical And Manufacturing Engineering Loughborough University

• Babitsky Vladimir

  Wolfson School of Mechanical and Manufacturing Engineering, Loughborough University

• Babitsky Vladimir

  Wolfson School Of Mechanical And Manufacturing Engineering Loughborough University

関連論文

• AUTORESONANT CONTROL OF VIBRATORY SYSTEMS

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