Titlebook: Bio-mechanisms of Swimming and Flying; Fluid Dynamics, Biom Naomi Kato,Shinji Kamimura Conference proceedings 2008 Springer-Verlag Tokyo 20

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Japanese Environmental Foreign Policyer sheet, a thin adhesive film and a metal base. The wave amplitude and wavelength are 0.7mm and 20mm, respectively. We have measured velocity by applying a particle-tracking-velocimetry technique to the images of particles in flow. The local value of time-averaged wallshear stress has been calculat

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Japanese Foreign Policy and Human Rightsrresponding spinal segments, which are in turn composed of neural circuits which range longitudinally and interconnect. In each spinal segment there are various types of interneurons and motor neurons, which together form a central pattern generator (CPG). Although each CPG can potentially generate

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Golden Rules in Global Corporate Strategy,iform swimming is investigated by solving the three-dimensional Navier-Stokes equations of incompressible flow past a self-propelled body. An inverse design procedure is employed in order to identify optimal swimming behavior. In this procedure, objectives such as swimming efficiency and burst swimm

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https://doi.org/10.1057/978-1-137-49738-3 a multi-block- and overset-grid-based . CFD solver and constructed a wing-body geometric and kinematic model based on measurements of a hawkmoth. Insect-flight computations were carried out with the same insect model but under different . conditions that characterize two insects, namely, fruit fly

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