함정용 능동 하이브리드 마운트 개발에 대한 연구

Passive-type control devices such as resilient mounts and wire rope isolators are generally used for protecting the shipboard equipment from shock loading and for suppressing the mechanical vibration of the equipment in naval ships. To improve the performance of the control device, a new hybrid moun...

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Published in大韓造船學會 論文集 Vol. 45; no. 3; pp. 288 - 295
Main Authors 문석준(Seok-Jun Moon), 지용진(Yong-Jin Ji), 윤정식(Jeong-Sik Yoon), 최승복(Seung-Bok Choi), 이현엽(Hyun-Yup Lee), 김재호(Jae-Ho Kim), 정우진(Woo-Jin Jung)
Format Journal Article
LanguageKorean
Published 대한조선학회 2008
Subjects
조선공학
Hybrid mount(하이브리드 마운트)
Vibration control(진동제어)
Piezo stack(압전작동기)
Resilient mount(탄성마운트)
Naval ship(함정)
Shock(충격)
Online AccessGet full text
ISSN1225-1143
2287-7355

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Abstract Passive-type control devices such as resilient mounts and wire rope isolators are generally used for protecting the shipboard equipment from shock loading and for suppressing the mechanical vibration of the equipment in naval ships. To improve the performance of the control device, a new hybrid mount is under development in this study. This mount consists of a passive-type rubber element and an active-type piezo-stack element. It can be expected that the mount has enhanced performance of about 20 dB or more with respect to transmissibility through a series of performance tests of prototype mount.
AbstractList Passive-type control devices such as resilient mounts and wire rope isolators are generally used for protecting the shipboard equipment from shock loading and for suppressing the mechanical vibration of the equipment in naval ships. To improve the performance of the control device, a new hybrid mount is under development in this study. This mount consists of a passive-type rubber element and an active-type piezo-stack element. It can be expected that the mount has enhanced performance of about 20 dB or more with respect to transmissibility through a series of performance tests of prototype mount. Passive-type control devices such as resilient mounts and wire rope isolators are generally used for protecting the shipboard equipment from shock loading and for suppressing the mechanical vibration of the equipment in naval ships. To improve the performance of the control device, a new hybrid mount is under development in this study. This mount consists of a passive-type rubber element and an active-type piezo-stack element. It can be expected that the mount has enhanced performance of about 20 dB or more with respect to transmissibility through a series of performance tests of prototype mount. KCI Citation Count: 9
Passive-type control devices such as resilient mounts and wire rope isolators are generally used for protecting the shipboard equipment from shock loading and for suppressing the mechanical vibration of the equipment in naval ships. To improve the performance of the control device, a new hybrid mount is under development in this study. This mount consists of a passive-type rubber element and an active-type piezo-stack element. It can be expected that the mount has enhanced performance of about 20 dB or more with respect to transmissibility through a series of performance tests of prototype mount.
Author 문석준(Seok-Jun Moon)
최승복(Seung-Bok Choi)
이현엽(Hyun-Yup Lee)
윤정식(Jeong-Sik Yoon)
정우진(Woo-Jin Jung)
김재호(Jae-Ho Kim)
지용진(Yong-Jin Ji)
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DocumentTitleAlternate A Study on Development of an Active Hybrid Mount for Naval Ships
DocumentTitle_FL A Study on Development of an Active Hybrid Mount for Naval Ships
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Keywords Hybrid mount(하이브리드 마운트)
Vibration control(진동제어)
Piezo stack(압전작동기)
Resilient mount(탄성마운트)
Naval ship(함정)
Shock(충격)
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SubjectTerms 조선공학
Title 함정용 능동 하이브리드 마운트 개발에 대한 연구
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