Cicada: a Heavy but Agile Flyer

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📝 Original Info

  • Title: Cicada: a Heavy but Agile Flyer
  • ArXiv ID: 1110.3823
  • Date: 2011-11-22
  • Authors: Kuo Gai, Yan Ren, Hui Wan, Haibo Dong

📝 Abstract

"Cicada: a Heavy but Agile Flyer" is a fluid dynamic video submitted to Gallery of Fluid Motion in APS-DFD 2011. Comparing to other insects, cicadas can generate much higher lift to overcome their large body weight. The hidden mechanism may help in designing a Micro Air Vehicle (MAV) to carry large payloads. However, it is lack of literatures in discussing how cicadas use their wings to accomplish various flights. In this work, a high-speed photogrammetry system and 3D surface reconstruction technology are used to reveal cicada wing kinematics and deformation during a freely forward flight. The aerodynamic performance is studied using in-house immerse boundary method based Computational Fluid Dynamics(CFD) solver.

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📄 Full Content

Cicada: a Heavy but Agile Flyer Kuo Gai, Yan Ren, Hui Wan, Haibo Dong Department of Materials and Mechanical Engineering, Wright State University, Dayton, OH 45435, USA November 9, 2021 Abstract “Cicada: a Heavy but Agile Flyer” is a fluid dynamic video sub- mitted to Gallery of Fluid Motion in APS-DFD 2011. Comparing to other insects, cicadas can generate much higher lift to overcome their large body weight. The hidden mechanism may help in designing a Micro Air Vehicle (MAV) to carry large payloads. However, it is lack of literatures in discussing how cicadas use their wings to accomplish various flights. In this work, a high-speed photogrammetry system and 3D surface reconstruction technology are used to reveal cicada wing kinematics and deformation during a freely forward flight. The aerodynamic performance is studied using in-house immerse boundary method based Computational Fluid Dynamics(CFD) solver. 1 arXiv:1110.3823v2 [physics.flu-dyn] 31 Oct 2011

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