被动扑动平板在波浪中保持浮子静止的实验研究

Woo-lim Sim, Hyunkyoung Shin, Rupesh Kumar
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引用次数: 0

摘要

为了有效地利用海洋环境资源,必须考虑海洋的深处和偏远地区。海上浮式风力发电机组主要依靠系泊缆绳进行停泊[1][2]。然而,目前的系泊缆绳在结构和经济上都有限制,无法在极端海洋环境中应用。蔚山大学正在开发一种新的经济型站位保持系统,该系统可以利用被动襟翼在深海中保持FOWT的位置。本文在上述研究的基础上,对实际结构进行了调稳实验研究,并提出了被动扑翼调稳系统的不足之处。本实验在三维“widdetank”和实际海况中进行,重点研究了漂浮物在涌浪方向上的漂移。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental Study of the Stationkeeping of a Floater Using Passive Flapping Flat Plates in Waves
To effectively use the resources of marine environments, it is necessary to consider the deep and remote parts of the ocean. Stationkeeping of floating offshore wind turbines (FOWTs) mainly relies on mooring lines[1][2]. However, current mooring lines have structural and economical limitations for applications in extreme sea environments. The University of Ulsan is conducting ongoing research to develop a new economical stationkeeping system that can maintain the position of a FOWT in the deep sea using passive flapping foils. This paper describes an experimental study of the stationkeeping of actual structures based on the above-mentioned investigations and suggested directions to supplement the deficiencies in stationkeeping systems using passive flapping foils. This experiment was carried out in the three-dimensional “Widetank” and in actual sea conditions, focusing on the drift of a floater in the surge direction.
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