On the Suppression of Self-excited Vibration by Servodamper
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概要
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This paper deals with a technique to suppress the self-excited chatter vibration in machine tools by servodamper method proposed by the authors in the previous papers. Firstly, it is shown that the servodamper designed by applying an output feedback control theory is capable of increasing stability in cutting process against the occurrence of the chatter. Secondly, from a viewpoint of model cutting experiment, the capability of the servodamper to eliminate the chatter is presented. Thirdly, by installing the servodamper in a large-scale vertical lathe which has been required a countermeasure for the chatter occurring frequently, this paper shows the results of a cutting experiment in which a servodamper proves to be effective for eliminating the chatter under various cutting conditions.
- 一般社団法人日本機械学会の論文
著者
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Kanai Akira
Tokyo Metropolitan University
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Iwata Yoshiaki
Tokyo Metropolitan University
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TANAKA Nobuo
Mechanical Engineering Laboratory
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MIYASHITA Masakazu
Tokyo Metropolitan University
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SUZUKI Noboru
Tokyo Metropolitan University
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Miyashita Masakazu
Tokyo Metropolitan Univ.
関連論文
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- Active Control of Acoustic Power Radiated from a Vibrating Planar Structure Using Smart Sensors : Acoustic Power Suppression Using Adaptive Feedforward Control
- On the Suppression of Self-excited Vibration by Servodamper
- Design of Servodamper Control System
- Output Feedback Control of Servodamper System
- A Study of the Dynamic Damper with a Preview Action : Optimal Design of a Dynamic Damper with a Preview Action
- Active Wave Control of a Flexible Beam : Fundamental Characteristics of an Active-Sink System and Its Verification
- A Study of a Servodamper with Preview Action : An Optimal Design for Impact Vibration Control
- A Study on the Vibrationless Forging Hammer : 3rd Report, Experiment of the Feedforward Control System
- Active Wave Control of a Flexible Beam : Proposition of the Active Sink Method
- A Study of a Semiactive Damper : Verification of Adaptive Controllability
- A Study on the Vibrationless Forging Hammer : 4th Report, On the Pole-Zero Active Vibration Control Method
- A Study on the Vibrationless Forging Hammer : 2nd Report, Optimum Design of Feedforward Element
- A Study on the Vibrationless Forging Hammer : 1st Report, A Principle of the Vibrationless Forging Hammer