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NACA4415翼型失速特性的二维数值研究 被引量:6

A TWO-DIMENSIONAL NUMERICAL STUDY ON STALL OF NACA4415 AIRFOIL
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摘要 本文利用CFD软件对NACA 4415翼型的失速特性进行二维数值研究,计算了来流攻角分别为-4度、0度、6度、14度、16度时翼型周围流场的速度分布和压力分布,并与二维P IV实验图片对比,掌握了NACA 4415翼型的失速特性,为加小翼风轮的三维动态数值模拟和P IV实验奠定基础和做出预测. In this paper,a two-dimensional numerical study on the stall of NACA 4415 airfoil is made by use of CFD.Pictures of the velocity contours,velocity vectors,and static pressure around the airfoil are given when it is submitted to five different attack angles and are compared with two-dimensional PIV experimental diagrams.As a good grip has been got on the stall characteristic of NACA4415 airfoil,the three-dimensional experiment on blades with tip vane can be carried out and the results can be predicted.
出处 《内蒙古工业大学学报(自然科学版)》 2009年第1期48-51,共4页 Journal of Inner Mongolia University of Technology:Natural Science Edition
基金 国家自然科学基金资助项目(50566001) 内蒙古人才开发基金资助项目(2007-2009)
关键词 NACA4415 失速特性 数值研究 PIV实验 NACA4415 stall characteristic numerical investigation PIV experiment
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  • 1袁新.一种新的LU型隐式格式及其应用[J].工程热物理学报,1996,17(3):291-295. 被引量:8
  • 2Daiguji H,Int J Numer Methods Heat Fluid Plow,1997年,7卷,2/3期,250页
  • 3Yang S L,ASME J Solar Energy Engineering,1995年,117304页
  • 4Coakley T J,AIAA Paper 92 436,1992年
  • 5Simms D A, Robinson M C. A comparison of baseline aerodynamics performance of optimally-twisted versus non-twisted HAWT blade[ AI. 15th ASME wind energy symposium[ C],1996, 2:28.
  • 6Sorensen J N. Prediction of three-dimension stall on wind turbine blade using three-level, viscous-inviscid interaction model[A]. Proceedings of the EWES 1986, european windenergy association conference and exhibition[C], Rome,1986, (7 - 9 ) :33-41.
  • 7Russ, Simon T W. On the rotation, slanted, hot-wire technique[J]. Experiments in Fluids, 1991,12:76-80.
  • 8Motoo Kuroumaru, Masahiro Inoue. Measurement of threedimensional flow field behind an impeller by means of periodic multi-sampling with a slanted hot wire[R]. Bull of the JSME, 1982, 25: 209.
  • 9Du Zhaohui, Selig M S. The effect of rotation on boundary layer of a wind turbine blade[ J ]. Renewable Energy, 2000,20(2) : 167-181.
  • 10Corrigan J J, Schillings J J. Empirical model for stall delay for stall delay due to rotation[ A]. American helicopter society aeromechanics specialists con[ C], San Francisco, CA, Jan,1994.

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