Bio-fluid dynamics | Biological aspects | Biomimetics | |||||
(P01) Akira Ojima and Kyoji Kamemoto*,
Numerical Simulation of Unsteady Flows around a Fish |
(P14) Kohji Mitsubayashi*, Masaharu Kozuka, Toshiaki Okamoto and
Yoshihiko Wakabayashi, Biochemical Pump for Aqua Chemo-Mechanical System |
(P20) Hirohisa Morikawa*, Shuji Kurita and Shunichi Kobayashi,
Mechanical Properties and Propulsive Performance of Wing Modeled on Lunate Caudal Fin of Tuna |
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(P02) Naoko Ogawa*, Hiromasa Oku, Koichi
Hashimoto and Masatoshi Ishikawa, Dynamics Modeling and Real-Time Observation of Galvanotaxis in Paramecium caudatum toward Robotic Maneuvering |
(P15) Hitoshi Suda*, Myosin Itself Generates Force without Actin |
(P21) Kazuyoshi Nakaaki* and Eiichi Inagaki, Effects of Elastic Joints for an Eel-like Robot |
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(P03) Tomonobu Goto* and Yukio Magariyama,
Fluid Dynamic Interaction of a Swimming Bacterium with a Rigid Wall |
(P16) Shinji Kamimura*, Takaaki Sugiyama, Yasunobu Sugimoto and
Katsuzo Wakabayashi, Dynamic Flow Alignment of Flagellar Axonemes for Low-angle X-ray Fiber Diffraction Analysis |
(P22) Long Wang, Shuo Wang*, Zhiqiang Cao, and Min Tan, Analysis on Design and Realization of a New Robot Fish Prototype |
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(P05) Shuichi Nakamura*, Tomonobu Goto and
Yukio Magariyama, Improvement in Motion Efficiency of the Spirochete Brachyspira pilosicoli in Viscous Environments |
(P17) Hitoshi Miyake*, Micro-structural Approach Toward the Resonance Model of the Indirect Flight Mechanism |
(P23) Isao Segou* and Keiji Suzuki, Feasibility of CyberFish Based of FES |
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(P06) Yasunari Takano*, Takahiro Yasuda,
Takenao Kato and Taisuke Morioka, Analysis of Motion of Wobbling Bacteria |
(P18) Hiromichi Fujie*, Masanori Sato, and Sho Nakajima, Frictional Properties of Earthworms |
(P24) Seiya Kobayashi* and Keiji Suzuki, Application to Swim Action of the Small Humanoid Robot by Reinforcement Learning |
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(P07) Edouard
Boujo*, Tuan Mohammad Yusoff Shah Tuan Ya, Shintaro Takeuchi and Takeo
Kajishima, Study of Fluid-Structure Interaction Problems Involving Deformable Objects by a New Finite Element - Immersed Boundary Approach |
(P19) Seiji Ichikawa* and Osamu Mochizuki, Propulsion Motion of Jellyfish |
(P25) Shunichi Kobayashi*, Masataka Nakabayashi, Reiji Kobayashi, Ji
Jie and Hirohisa Morikawa, Propulsion Mechanism in Fluid Using Fin with Dynamic Variable Effective Length Spring |
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(P08) Lin Bao, Yongliang Yu* and Binggang
Tong, Viscoelastic Constitutive Model Related to Deformation of Insect Wing Under Loading in Flapping Motion |
(P26) Toshihide Shigemori, Yohei Orimo, Taisuke Hamada* and Naomi
Kato, Study on Underwater Navigation System for Long-Range Autonomous Underwater Vehicles Using Geomagnetic and Bathymetric Information |
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(P09) Yuichi Kamisawa and Koji Isogai*,
Study on Optimum Flapping Wing Motions of Dragonfly |
(P27) Yasuyuki Toda*, Hirofumi Ikeda and Naoto Sogihara, The Motion of a Fish-Like Under-Water Vehicle with two Undulating Side Fins |
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(P10) Akira Shionoya*, Toshio Kobayashi,
Toshinori Saijoh, Kenichirou Ogata and Toshiaki Matsuhashi, Flexural Vibration of a Jump Ski Plate in Flight |
(P28) Yoshito Ando, Naomi Kato*, Hiroyoshi Suzuki, Tomokazu
Ariyoshi, Koichi Suzumori, Takefumi Kanda and Satoshi Endo, Elastic Pectoral Fin Actuators for Biomimetic Underwater Vehicle |
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(P11) Toshinori Saijoh*, Toshio Kobayashi,
Kenichirou Ogata, Toshiaki Matsuhashi and Akira Shionoya, Relationship Between the Force in Tethered Swimming and the Power in Semi-Tethered Swimming |
(P29) Seiichi Sudo*, Kazumasa Nashimoto, Koji Tsuyuki, Tetsuya Yano
and Muneo Futamura, Micro Energy Converter Using Insect Wings |
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(P12) Motomu Nakashima*, Analysis of Breast, Back and Butterfly Strokes by the Swimming Human Simulation Model SWUM |
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(P13) Shinichiro Ito*, Research on a Fluid Dynamical Specification of Hand Palms in Swimming |
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