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Design and experimental research on turning vibration active control system on horizontal lathe

Lin Hai-bo

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Abstract

The general model of vibration was analyzed in this paper while turning.According to the different sources of vibration,their own model of force and vibration-displacement were set up.Aiming at the periodic vibration under the imbalance of machine movement,a method of vibration active control system based on PID-control algorithm and ultra-magnetic actuator was proposed.The testing result indicates that the active vibration control system can reduce the vibration effectively and improve the processing accuracy.

About this research paper

What this paper is about

The general model of vibration was analyzed in this paper while turning.According to the different sources of vibration,their own model of force and vibration-displacement were set up.Aiming at the periodic vibration under the imbalance of machine movement,a method of vibration active control system based on PID-control algorithm and ultra-magnetic actuator was proposed.The testing result indicates that the active vibration control system can reduce the vibration effectively and improve the processing accuracy.

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Available abstract

The general model of vibration was analyzed in this paper while turning.According to the different sources of vibration,their own model of force and vibration-displacement were set up.Aiming at the periodic vibration under the imbalance of machine movement,a method of vibration active control system based on PID-control algorithm and ultra-magnetic actuator was proposed.The testing result indicates that the active vibration control system can reduce the vibration effectively and improve the processing accuracy.

Key concepts: Vibration, Active vibration control, Displacement (psychology), Actuator, Vibration control, PID controller, Control theory (sociology), Engineering

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