Structure and Mechanical Properties on Tail Flukes of Dolphin

スポンサーリンク

概要

• 論文の詳細を見る

• The objectives are to make the supporting mechanism of the tail flukes of dolphins clear and to obtain the useful knowledge for developing an artificial fin. The inner structure of the flukes was investigated by dissection of the flukes. The mechanical properties of a ligamentous layer and a dense connective tissue composing the flukes are investigated by the tensile test and compression test. It was found that the ligamentous layer had a high tensile modulus in the spanwise direction; the dense connective tissue had a high compressive modulus in the spanwise direction.

著者

• Nakashima Motomu

  Department Of Mechanical And Environmental Informatics Tokyo Institute Of Technology

• Morikawa Hirohisa

  Faculty Of Textile Science And Technology Shinshu University

• Kobayashi Shunichi

  Faculty Of Engineering Science Osaka University

• UEDA Keiichi

  Okinawa Churaumi Aquarium

• MIYAHARA Hirokazu

  Okinawa Churaumi Aquarium

• Sun Qilong

  Faculty of Textile Science and Technology, Shinshu University

• Nakashima Motomu

  Department of Mechanical and Control Engineering, Tokyo Institute of Technology

関連論文

• NMR Measurement of Internal Field and Electric Quadrupole Interaction in Ferromagnetic Dy Metal
• Flow and Deformation in a Multi-Component Arterial Stenosis Model
• Drag Reduction on a Polymer Gel Surface
• Single-Electron Tunneling in One-Dimensional Arrays of small Tunnel Junctions
• Nuclear Magnetic Resonance In Co Alloys
• The differences in behavioral responses to a net obstacle between day and night in captive manatees ; does entanglement happen at night?
• Experiments of Yarn Forming State of "Garabo" and Consideration from Control Engineering Viewpoint
• Structure and Mechanical Properties on Tail Flukes of Dolphin
• Structure and Bending Properties of Central Part of Tail Fin of Dolphin
• A Study on the Propulsive Mechanism of a Double Jointed Fish Robot Utilizing Self-Excitation Control(Advances in Motion and Vibration Control Technology)
• A STUDY ON THE PROPULSIVE MECHANISM OF A DOUBLE JOINTED FISH ROBOT UTILIZING SELF-EXCITATION CONTROL
• A New Approach to Find the Range of Feasible Movements of a Body for the Control of Balance
• Development of a Swimming Humanoid robot for Research of Human Swimming
• Simulation Analysis of Lift in Synchronized Swimming

もっと見る 閉じる

スポンサーリンク