A New Airfoil Optimized For Light Aircraft Performance

Paul W. Dees
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引用次数: 1

Abstract

A new low Reynolds number, natural laminar flow airfoil design and its impact on pefformance of a generic light sailplane are presented. Several previously published airfoils, the Liebec/Camacho LA203A and the Somer/Maughmer SM701, were used as a starting point. They are examined along with several new attempts to further the state of the art for natural laminar flow, single element airfoils. The computational tool XFOIL was used to analyze these airfoils, and the resulting data were adjusted and applied to a generic Sporting Class sailplane design. The results indicated that overall performance improvements are possible over the SM701, the LA203A, and a third reference aifoil.
一个新的机翼优化轻型飞机的性能
介绍了一种新型低雷诺数自然层流翼型设计及其对普通轻型滑翔机性能的影响。几个先前发表的翼型,Liebec/Camacho LA203A和Somer/Maughmer SM701,被用作起点。他们与几个新的尝试一起检查,以进一步的自然层流,单元素翼型的艺术状态。使用XFOIL计算工具对这些翼型进行了分析,并对所得数据进行了调整,并应用于通用的运动级滑翔机设计。结果表明,在SM701、LA203A和第三参考翼型之上,整体性能改进是可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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