考虑内部流体晃动效应的浮式风力发电机组基础动力稳定性分析

S. Hong, Donghyun Kim, Sin-Cheul Kang, K. Kang
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引用次数: 0

摘要

为了安装浮式运输式风力发电基础,采用水泵将基础下沉。在此过程中,浮基的质量、重心和浮力中心不断发生变化,使浮基的动力稳定性变得不稳定。浮式基础的动力稳定性分析是一个复杂的问题,既要考虑环境波、风、流荷载,又要同时考虑六自由度运动的自重变化效应。在本研究中,基于耦合计算流体力学(CFD)的先进数值方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic Stability Analysis of Floating Transport Wind-Turbine Foundation Considering Internal Fluid Sloshing Effect
In order to install the floating transport type wind-turbine foundation, water pumping is used to sink the foundation. During this process, its mass and center of gravity, and buoyancy center become continuously changed so that the dynamic stability of the floating foundation become unstable. Dynamic stability analysis of the floating foundation is a complex problem since it should take into account not only the environmental wave, wind, and current loads but also its weight change effect simultaneously considering six-degree-of-freedom motion. In this study, advanced numerical method based on the coupled computational fluid dynamics (CFD)
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