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形态仿生飞行器研制进展及关键技术
引用本文:沈海军,余翼.形态仿生飞行器研制进展及关键技术[J].航空工程进展,2021,12(3):9-19.
作者姓名:沈海军  余翼
作者单位:同济大学 航空航天与力学学院,上海 200093
摘    要:从大自然中生物的形态汲取灵感,对优秀的气动外形加以模仿和借鉴,从而获得更好的飞行性能,是形态仿生飞行器设计的基本思路。本文介绍了形态仿生飞行器的研制背景,分析了形态仿生“自上而下”和“自下而上”两种研究过程;按照仿鸟飞行器、仿鱼飞行器和其他仿生飞行器的类别分别介绍了形态仿生飞行器当前发展现状;探究了外形特征的提取方法,参照生物优良特性解决飞行器设计过程中的问题,仿生飞行器气动参数的辨识等关键技术,并对形态仿生飞行器的未来发展趋势进行了归纳总结。本文研究的内容对于形态仿生飞行器的设计具有一定的参考意义。

关 键 词:形态仿生  外形设计  飞行器设计  气动性能  计算流体力学
收稿时间:2020/6/11 0:00:00
修稿时间:2021/3/22 0:00:00

Development and Key Technologies of Morphological Bionic Aircraft
SHEN HAIJUN and YU YI.Development and Key Technologies of Morphological Bionic Aircraft[J].Advances in Aeronautical Science and Engineering,2021,12(3):9-19.
Authors:SHEN HAIJUN and YU YI
Institution:Tongji University,Tongji University
Abstract:Drawing inspiration from the morphological characteristics of the creatures in nature, imitating and learning from the excellent aerodynamic shape to obtain better flight performance is the basic idea of the design of morphological bionic aircraft. This paper introduces the development background of morphological bionic aircraft, and analyzes two research process of morphological bionic aircraft "top-down" and "bottom-up"; According to the categories of bird-like aircraft, fish-like aircraft and other bionic aircraft, the current development status is introduced respectively. The key technologies such as the extraction method of shape features, the method of solving problems in aircraft design process referring to the excellent biological characteristics, identification of aerodynamic parameters of bionic aircraft and other key technologies, and the inspection method of morphological bionic result are explored, and the future development trend of the morphological bionic aircraft is summarized. The content of this article has certain reference significance for the design of morphological bionic aircraft. The content of this article has certain reference significance for the design of morphological bionic aircraft.
Keywords:morphological bionic  shape design  aircraft design  aerodynamic performance  computational fluid dynamics
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