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KCI 등재
자동차용 중공 구동축의 진동감쇠제어 연구
A Study of Vibration Damping Control for Hollow Drive Shaft
박정헌 ( Jeong Heon Park ) , 홍성근 ( Sung Geun Hong ) , 이광희 ( Kwang Hee Lee ) , 이철희 ( Chul Hee Lee ) , 김철현 ( Cheol Hyun Kim ) , 조원오 ( Won Oh Cho )
UCI I410-ECN-0102-2012-530-003127557
* 발행 기관의 요청으로 이용이 불가한 자료입니다.

This paper presents a solution of the vibration reduction in the hollow shafts by using magentorehological(MR) elastomer. Proposed active damping structure is built by embedding the MR elastomers whose elastic modulus is controllable by an applied magnetic field. MR elastomers consist of synthetic rubber filled with micron-sized magnetizable particles. For reduction of vibration, dynamic damper of hollow shaft is designed by using MR elastomer and equipped in the hollow shaft for the application to drive shaft. Experiment results are shown through the experiments to confirm the effect of MR elastomer dynamic damper for vibration reduction. Thus, the designed damping structure can be applied to vibration absorber used in drive shafts as well as the propeller shafts.

[자료제공 : 네이버학술정보]
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