期刊文献+

凹凸导缘减阻技术研究现状分析

Concave-convex Guide Lug Drag Reduction Technology
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摘要 随着能源的消耗和科学技术的发展,节能技术在现今社会地位越来越重要。由于仿生减阻方法具有低耗高效的特点,成为当今社会主要的减阻技术。基于仿生学的观点,综述国内外凹凸导缘仿生减阻技术在各个领域的应用,借助座头鲸的启发,将其减阻的机理应用到桨舵一体化装置上,实现减阻效果,从而为减阻节能带来新的研究方向。 With energy consumption and the development of science and technology, energy saving technology becomes more and more important in modem society. Since its characteristic of high efficiency and low consumption, bionic drag reduction method has become the main drag reduction technology in the society today. Based on bionics, the research summarizes the apphcation of domestic and foreign concave-convex guide lug bionic drag reduction technology in various fields. Enlightened by the bumpback whale, the redder and propeller integration device uses its drag reduction mechanism, to realize drag reduction effect and bring a new research direction for drag reduction and energy saving
作者 黄晓雪
出处 《船舶职业教育》 2015年第1期56-59,共4页 Shipbuilding Vocational Education
关键词 仿生减阻 凹凸导缘 桨舵一体化 bionic drag reduction concave-convex guide lug rudder and propeller integration
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  • 1Fish F,Lauder G.Passive and active flow control by swimming fishes and mammals[J].Annu.Rev.Fluid Mech.,2006,38:193-224.
  • 2Miklosovic D,Murray M,Howle M,et al.Leading-edge ay stall on humpback whale (Megaptera novaeangliae) flippers[J].Physics of Fluids,2004,16(5):39-42.

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