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海上风电多筒导管架基础湿拖过程稳性控制研究

Research on Stability Control of Offshore Wind Power Multi Jacket Foundation During Wet Towing

  • 摘要:
      目的  为探究合理的三筒导管架基础湿拖方式以及研究其自浮湿拖浮运特性,
      方法  结合某海上风电三筒导管架项目,使用数值模拟软件MOSES对比分析了实浮体及气浮体两种方案的静稳性以及在拖航过程中的运动响应,得到在相同环境荷载影响下,海上风电三筒基础气浮与实浮结构的静稳性及浮运特性的差异。
      结果  研究表明:气浮结构的静稳性要优于实浮结构,但在浮运过程中,实浮结构的运动响应幅度要低于气浮结构。
      结论  所提方法是正确并有效的,可为实际应用提供指导。

     

    Abstract:
      Introduction  In order to explore the reasonable wet towing method of three tube jacket foundation and study its self-floating wet-towing floating characteristics,
      Method  the numerical simulation software Moses was used to analyze the static stability and dynamic response of soild-floating body and air-floating body in towing for a certain offshore wind turbine three-bucket jacket foundation in this paper. The differences of static stability and towing characteristics between soild-floating body and air-floating body of three bucket foundation for offshore wind turbine under the influence of the same environmental load were clarified.
      Result  The results show that the static stability of air-floating structure is better than that of solid-floating structure, but the motion response amplitude of solid-floating body is lower than that of air-floating structure.
      Conclusion  We demonstrate the feasibility of the method and it provides some guidance for further application.

     

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