Utilization of a very large mobile offshore structure for clean energy conversion
Utilization of a very large mobile offshore structure for clean energy conversion
复制标题
利用超大型移动式海上结构进行清洁能源转换
DOI：
10.1109/oceans.2003.178438
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发表时间：
2003
期刊：
影响因子：
--
通讯作者：
K. Yamamoto
中科院分区：
文献类型：
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作者：
K. Takagi;W. Yano;K. Yamamoto
我们提出了一个新的设计概念，一个非常大的浮式结构与推进器（我们称之为VLMOS;非常大移动的海上结构），这是利用作为载体的可再生能源工厂为了获得良好的流动性，VLMOS有一个配置，一个广泛的甲板是由许多细长的下船体和垂直柱。采用Eatock Taylor和Ohkus提出的自由板水弹性分析的绿色函数来表示甲板的弹性运动，采用常规模态分析和三维边界元法对下船体进行水弹性分析。计算结果表明，横浪作用下，甲板的变形较大。一个系统，用于减少变形被认为是。该系统减少了变形，同时产生电力。一个二维模型被用来分析系统。
We proposed a new design concepts of a very large floating structure with thrusters (we call it VLMOS; Very Large Mobile Offshore Structure) that is utilized as a carrier of the renewable energy plant In order to get good mobility, VLMOS has a configuration that a broad deck is supported by many slender lower hulls and vertical columns. Green function for hydroelastic analysis of vibrating free-free plates by Eatock Taylor and Ohkus is used for representing the elastic motion of the deck and the conventional modal analysis and the three-dimensional boundary element method are employed for the hydroelastic analysis of the lower hull. Some numerical results suggest that the deformation of the deck is relatively large in beam seas. A system for reducing the deformation is considered. The system reduces the deformation and generates electrical power at the same time. A two-dimensional model is used to analyze the system.