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Response analysis of the Combined WindWave Energy Concept SFC in harsh environmental conditions

机译:抗风波能源概念SFC在恶劣环境条件下的响应分析

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In this paper a combined concept involving a semi-submersible type FWT and three rotating flap WECs is considered and its structural response is examined for harsh environmental conditions. The examined combined concept is named as the Semi-submersible Flap Combination (SFC). Fully coupled analysis in time domain is performed in order to examine and investigate extreme responses of the SFC system such as the motions of the support-platform in six degrees of freedom, tension of the mooring lines, rotation of the WECs, internal loads of the arms that connect the rotating flaps of each WEC with the pontoon of the semi-submersible platform and internal loads in the tower of the wind turbine. Analysis is performed for different wave and wind seed numbers as well as for aligned and misaligned wind and wave directions with environmental conditions on the 50-year contour surfaces with maximum wind speed or maximum wave height.
机译:在本文中,考虑了涉及半潜水型FWT和三个旋转翼片WECs的组合概念,并检查其结构响应以进行恶劣的环境条件。所检查的组合概念被命名为半潜式襟翼组合(SFC)。执行完全耦合的时间域中的分析,以检查和研究SFC系统的极端响应,例如支撑平台的运动,在六个自由中,系泊线的张力,WEC的旋转,内部负载将每个WEC的旋转翼片与风力涡轮机塔中的半潜式平台的浮桥连接每个WEC的旋转翼片。对不同的波浪和风力种子数进行分析,以及在50年轮廓表面上的环境条件对齐和未对准的风和波方向,具有最大的风速或最大波高。

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