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SIA OpenIR  > 水下机器人研究室  > 会议论文
题名:
Folding Propeller Design and Analysis for a Hybrid Driven Underwater Glider
作者: Chen ZE(陈质二); Yu JC(俞建成); Zhang AQ(张艾群); Yi RW(衣瑞文); Zhang QF(张奇峰)
作者部门: 水下机器人研究室
会议名称: The OCEANS'13 MTS/IEEE
会议日期: September 23-26, 2013
会议地点: San Diego. USA
会议录: The OCEANS'13 MTS/IEEE
会议录出版者: IEEE
会议录出版地: NEW YORK
出版日期: 2013
页码: 1-9
收录类别: EI ; CPCI（ISTP）
ISBN号: 978-0-933957-40-4
关键词: propeller ; hydrodynamic ; underwater glider ; hybrid driven ; folding
摘要: This paper designed a folding propulsion module dedicated for a hybrid driven underwater glider (HDUG). The blades of the propulsion module can be folded and unfolded in time when a mission needed. In this paper, the design of the driven device and its hydrodynamic performance analysis are described respectively. we used the spline curves to fit the individual data points, base on which we created a three dimensional solid model of an unfolding propeller having smooth surfaces after drawing the profile shape line based on the coordinate transformation. CFD method was used to calculate the performance of the folding propeller in the viscous flow regions with various blade opening angles from 0 to 90 degrees. The thrust coefficient, torque coefficient and propulsive efficiency of the folding propeller have been simulated under different advance coefficients and different blade opening angles. For the purpose of evaluate the degree of drag decrease, we proposed a conception of drag decrease fraction. We obtained the drag decrease fraction of the whole vehicle reached to 45% compared the blades in folding and unfolding. Finally, we gave a result analysis and discussion and found out that the design of the propulsion module meet the requirements well when the motor speed is greater than 800 revolutions per minute.
语种: 英语
产权排序: 1
EI收录号: 20141317500427
WOS记录号: WOS:000334165801060
Citation statistics:
内容类型: 会议论文
URI标识: http://ir.sia.cn/handle/173321/13854
Appears in Collections:水下机器人研究室_会议论文

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Recommended Citation:
Chen ZE,Yu JC,Zhang AQ,et al. Folding Propeller Design and Analysis for a Hybrid Driven Underwater Glider[C]. The OCEANS'13 MTS/IEEE. San Diego. USA. September 23-26, 2013.Folding Propeller Design and Analysis for a Hybrid Driven Underwater Glider.
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