Study on Alignment Controllability of Air Spring Vibration Isolation System of Ship Propulsion Plant
The alignment controllability of air spring vibration isolation system of ship propulsion plant is studied systematically in this paper. The controllability analysis method is presented through establishing the control response calculation model and multi-objects alignment control model. This can make the control system adjust the control capability parameters automatically to manifest good alignment control astringency. Experiment results confirm the feasibility of this method. The method has been used in the air spring vibration isolation system which has realized super vibration isolation effect triumphantly on ship propulsive plant mounted on flexible air spring.
1. Institute of Noise & Vibration, Naval University of Engineering, Wuhan, 430033；
2. National Key Laboratory on ship Vibration & Noise, 430033
Abstract：The alignment controllability of air spring vibration isolation system of ship propulsion plant is studied systematically in this paper. The controllability analysis method is presented through establishing the control response calculation model and multi-objects alignment control model. This can make the control system adjust the control capability parameters automatically to manifest good alignment control astringency. Experiment results confirm the feasibility of this method. The method has been used in the air spring vibration isolation system which has realized super vibration isolation effect triumphantly on ship propulsive plant mounted on flexible air spring.
卜文俊1，2，何 琳1，2，施 亮1，2. 船舶推进装置气囊隔振系统对中可控性问题研究[J]. 振动与冲击, 2015, 34(5): 56-60.
BU Wenjun1, 2， HE Lin1, 2,SHI Liang1, 2. Study on Alignment Controllability of Air Spring Vibration Isolation System of Ship Propulsion Plant. JOURNAL OF VIBRATION AND SHOCK, 2015, 34(5): 56-60.
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