主要基于经典的叶素动量理论,推导出Magnus型水平轴风力机风能利用系数的解析表达式,并对叶片数目、叶尖速比、旋转速比及圆柱叶片的展径比这几个参数与风能利用率之间的关系进行分析, 得到的结论对这类风力机的研究与设计具有一定的指导意义
罗大海
基于叶素动量理论的Magnus型水平轴风力机功率特性的解析解[EB/OL]
北京：中国科技论文在线
） 摘要： 运用流体动力学的理论对可绕自身轴心旋转的圆柱叶片的Magnus型水平轴风力机的功率特性进行分析
） Abstract： With the knowledge of fluid dynamics, a wind turbine with rotating cylinders utilizing the Magnus effect is analyzed in this paper
Based on the BEM theory, an analytic solution of windwheel power coefficient is obtained for the Magnus wind turbine
It shows that there is a close relationship between power coefficient and some windwheel characteristics such as the number of cylinders, the cylinders aspect ratio, tip speed ratio and the relative speed of the cylinders rotation
The conclusions from this paper are of some guiding significance for the research and design of Magnus wind turbines
Keywords： BEM theory;Magnus effect;rotating cylinder;wind turbine;windwheel power coefficient 下载PDF阅读器 PDF全文下载： 初稿 （ 187 ） 作者简介： 通信联系人： 【收录情况】 中国科技论文在线： 黄典贵
风力机
关键词： 叶素动量理论
旋转圆柱
风能利用系数 Huang Diangui *
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