Flexibility Control of Solar Battery Paddles : 1st Report, A Method of Vibration and Attitude Control Based on Outputs of Solar Instrument Sensors
スポンサーリンク
概要
- 論文の詳細を見る
Flexible solar battery paddles of spacecrafts have low frequency vibrational characteristics due to the stringent limitation of the weight of launched rockets. The basic problem dealt with here is how to estimate and control the vibrational modes of flexible booms of the arrays even in large angle attitude maneuvers. First a proposed mode estimation method with use of outputs of solar cells is shown to give good estimation of the vibrational modes. Then, it is shown that even static output maximization control in a desired direction cannot work stably without flexibility control based on the mode estimation and that the boom is controlled dynamically based on the feedback control theory so as to suppress the vibration of the arrays even in large angle attitude maneuvers.
- 一般社団法人日本機械学会の論文
著者
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FUKUDA Toshio
Department of Internal Medicine, Shioya General Hospital
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Fukuda Toshio
Department Of Mechanical Engineering The Science University Of Tokyo
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Yajima Nobuyuki
Mechanical Engineering Laboratory
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Hosokai Hidemi
Department of Mechanical Engineering, Science University of Tokyo
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Hosokai Hidemi
Department Of Mechanical Engineering The Science University Of Tokyo
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Hosokai Hidemi
Department Of Mechanical Engineering Science University Of Tokyo
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KURIBAYASHI Yutaka
Department of Mechanical Engineering, The Science University of Tokyo
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Kuribayashi Yutaka
Department Of Mechanical Engineering The Science University Of Tokyo:mitsubishi Electric Corporation
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Fukuda Toshio
Department Of Cytopathology Graduate School Of Health Sciences Gunma University
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