两类锚泊系统在漂浮式双体浮动式波能转换装置垂荡运动状态下的性能

作者：Mahdi N. Berenjkoob,Mahmoud Ghiasi,C. Guedes Soares

摘要：This work investigated the influence of two types of mooring systems on the hydrodynamic performance of a two-body floating wave energy converter(WEC). It also investigated the effects of the physical parameters of the mooring system on the amount of extractable power from incident waves in the frequency domain. The modeled converter comprised a floating body(a buoy), a submerged body with two mooring systems, and a coupling system for two bodies. The coupling system was a simplified power take-off system that was modeled by a linear spring-damper model. The tension leg mooring system could drastically affect the heave motion of the submerged body of the model and increase relative displacement between the two bodies. The effects of the stiffness parameter of the mooring system on power absorption exceeded those of the pretension tendon force.

发文机构：Department of Maritime Engineering Centre for Marine Technology and Ocean Engineering （CENTEC）

关键词：Two-bodyWECThree-pointMOORINGWAVEenergyTension-legMOORINGsystemMOORINGparameters

分类号： T[一般工业技术]