發(fā)布時間：2021-11-05 10:42

　　As the energy supply problem worsens, the development and utilization of marine renewable energy have become a research hotspot. The development of wave energy is moving from the near shore to the distant sea. The power-generation efficiency of a single two-floating-body wave-energy converter is relatively low. To fully utilize wave energy and improve the wave-energy capture rate of a fixed sea area, arranging a two-floating-body wave-energy converter array is necessary. This paper first introdu... 

【文章來源】：Journal of Marine Science and Application. 2019,18(03)CSCD

【文章頁數(shù)】：9 頁

【文章目錄】：
1 Introduction
2 Basic Theory and Method
    2.1 Floating-Body Moving Coordinate System
    2.2 Basic Theory of Multi-floating-body Flow Field
        2.2.1 Velocity Potential of Multi-floating-body Flow Field
        2.2.2 Hydrodynamic Coefficient of Multi-floating-body Flow Field
    2.3 Time-Domain Calculation Method of Floating Body
        2.3.1 Time-Domain Equation of Motion
        2.3.2 Time-Domain Motion Equation of Array
        2.3.3 Time-Domain Analysis Method Based on Potential Flow Theory
    2.4 Influence Factors of Wave-Energy Converter Array
3 Numerical Verification
    3.1 Establishment of Model
    3.2 Feasibility Verification
4 Results and Analysis
    4.1 Simple Array
        4.1.1 Influence of Arrangement Spacing on Power Characteristics of Array
        4.1.2 Influence of Wave Direction on Power Characteristics of Array
    4.2 Complex Array
        4.2.1 Influence of Arrangement Spacing on Power Characteristics of Array
        4.2.2 Influence of Wave Direction on Power Characteristics of Array
5 Conclusions


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