Search Results - "Yamamoto, Hidetake"

Design and development of a biocompatible painless microneedle by the ion sputtering deposition method by Tsuchiya, Kazuyoshi, Jinnin, Satoshi, Yamamoto, Hidetake, Uetsuji, Yasutomo, Nakamachi, Eiji

“…The purpose of this study is to design, generate, and characterize a titanium alloy microneedle, which can be used in Bio-MEMS such as a Health Monitoring…”
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Proposal of Minimal Invasive Shape Memory Alloy Double-Transducer Unit for Blood Analysis or Drug Delivery by Hidetake YAMAMOTO

“…The purpose of this research is to develop minimally invasive medical devices by applying heated actuations of Shape Memory Alloy (SMA) transducers using a…”
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Static load dispersion analysis of solid-air composites Effect of adhesive film on the load dispersion by Katayama, Tsutao, Yamamoto, Hidetake, Inoue, Mutsumi, Miki, Masatoshi

“…In order to propose a new movement of the material design, the load dispersion of the solid-air composites caused by the hydrostatic pressures is investigated…”
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Static load dispersion analysis of solid–air composites by Katayama, Tsutao, Yamamoto, Hidetake, Inoue, Mutsumi, Miki, Masatoshi

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Guidelines for the preparation of design concept of biomimetic composites by Katayama, Tsutao, Yamamoto, Hidetake, Tokuda, Shuji, Kishigami, Hiroshi

“…On a structure using the material which demonstrates its mechanical function to the limit under given conditions, the most effective design of the function can…”
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Static load dispersion analysis of solid–air composites: Effect of adhesive film on the load dispersion by Katayama, Tsutao, Yamamoto, Hidetake, Inoue, Mutsumi, Miki, Masatoshi

“…In order to propose a new movement of the material design, the load dispersion of the solid–air composites caused by the hydrostatic pressures is investigated…”
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Two-dimensional modelling of solid-fluid composites by Katayama, Tsutao, Yamamoto, Hidetake, Nishitani, Kazuo

“…The purpose of this paper is to apply biomimetic-designed composites to artificial structures. From the results of numeric modelling analysis in biomechanics,…”
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Optimum design of artificial joints considering initial fixation of prosthesis by Katayama, Tsutao, Yamamoto, Hidetake, Inoue, Nozomu

“…Living bone is a stratified structural system which is functionally built of many substructures. Loads applied on the articular surface are transmitted through…”
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