Vibration control for a floating ocean thermal energy conversion system

Yuhua Song, Xiuyu He, Guang Li, Wei He, Changyin Sun
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Abstract

A floating ocean thermal energy conversion (FOTEC) is investigated with considering the mooring dynamics and the effect of the external disturbances In this paper. The main contributions of this paper are to analyze and describe the dynamics of the flexible string-beam-coupled system where the flexible pipe is with free motion, and to design boundary cooperative controls to position the vessel and reduce the deformation of the flexible pipe. The theoretic analysis and experimental experiments are made to present the effectiveness of the proposed cooperative control laws.
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浮式海洋热能转换系统的振动控制
本文研究了一种考虑系泊动力学和外部扰动影响的浮动海洋热能转换(FOTEC)。本文的主要贡献在于分析和描述柔性管束自由运动时的柔性管束耦合系统的动力学特性,设计边界协同控制以实现管束的定位和减少柔性管束的变形。通过理论分析和实验验证了所提协同控制律的有效性。
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