尾崎 弘明 OSAKI Hiroaki

ID:9000046095498

東洋大学大学院工学研究科 Department of Intelligent Material and Mechatronics Systems, Toyo University (2010年 CiNii収録論文より)

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Articles:  1-11 of 11

  • Positioning of Crack Arrester Using Hierarchical Neural Network and Crack Propagation Analysis  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki , KIM Young Jin

    This paper describes the application of a hierarchical neural network to the positioning of crack arrester with the crack propagation analysis. The present method has three steps. Firstly, crack propa …

    TRANSACTIONS OF THE JAPAN SOCIETY OF MECHANICAL ENGINEERS Series A 76(763), 303-310, 2010

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  • 1308 Simulation of crack propagation arrestability by a circular hole using neural network in an internal crack  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki , KIM Young Jin

    The Proceedings of The Computational Mechanics Conference 2009.22(0), 368-369, 2009

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  • OS0207 Evaluation of the crack arrester using the neural network in three point bending analysis  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki , KIM Yong Jin

    It is well known that the crack propagation in a structure is a serious problem from the structural integrity point of view. In order to prevent serious crack propagation, a circular hole is using as …

    The Proceedings of the Materials and Mechanics Conference 2009(0), 151-153, 2009

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  • 739 Simulation of crack propagation arrestability by a circular hole using a neural network  [in Japanese]

    Osaki Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki

    The Proceedings of The Computational Mechanics Conference 2008.21(0), 612-613, 2008

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  • GS1001 Evaluation of the crack propagation in 2D plate with a hole using neural network  [in Japanese]

    Osaki Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki

    本研究では,き裂が進展する事により起こる破壊防止の為に,円孔によりき裂進展を阻止できるかどうか調べる事を目的としている。き裂進展解析としては円孔無し2次元試験片と円孔付き2次元試験片の3点曲げ解析を行った。き裂進展位置をニューラルネットワークで学習し,き裂進展位置の予測において、ニューラルネットワークが有効かどうか評価・検討した。

    The Proceedings of the Materials and Mechanics Conference 2008(0), _GS1001-1_-_GS1001-2_, 2008

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  • 21202 Prediction of the crack propagation direction with neural network  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki

    The purpose of this study is to prevent the destruction by crack propagation. The computational fracture mechanics requires frequent re-meshing as the crack propagating. In order to show the effective …

    The Proceedings of Conference of Kanto Branch 2008.14(0), 297-298, 2008

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  • 626 Control of crack propagation with neural network  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki

    This paper describes the 2D complicated crack propagation analysis using the Free Mesh Method(FMM). The computational fracture mechanics involves frequent re-meshing as the crack propagates. In order …

    The Proceedings of the Materials and Mechanics Conference 2007(0), 477-478, 2007

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  • 1022 Control of crack propagation using free mesh method and neural network  [in Japanese]

    OSAKI Hiroaki , NAKABAYASHI Yasushi , YAGAWA Genki

    This paper describes the 2D crack propagation analysis using the Free Mesh Method (FMM). The computational fracture mechanics involves frequent re-meshing as the crack propagating. In order to show th …

    The Proceedings of The Computational Mechanics Conference 2007.20(0), 493-494, 2007

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  • 324 Automation of a 3D Crack Propagation Simulation  [in Japanese]

    OSAKI Hiroaki , MUROTANI Kohei , MATSUBARA Hitoshi , YAGAWA Genki

    This paper describes the 3D complicated crack propagation analysis using the Free Mesh Method (FMM). The computational fracture mechanics involves frequent re-meshing as the crack propagates. In order …

    The Proceedings of The Computational Mechanics Conference 2006.19(0), 181-182, 2006

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  • 20520 3D Crack Propagation Analysis Using Free Mesh Method  [in Japanese]

    OSAKI Hiroaki , MATSUBARA Hitoshi , YAGAWA Genki

    This paper describes the 3D crack propagation analysis using the Fee Mesh Method (FMM). Comparing with 2D analysis result, the 3D effect on crack propagation is studied.

    The Proceedings of Conference of Kanto Branch 2006.12(0), 263-264, 2006

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  • 2121 3D Crack Propagation Analysis Using Free Mesh Method  [in Japanese]

    OSAKI Hiroaki , MUROTANI Kohei , MATSUBARA Hitoshi , YAGAWA Genki

    This paper describes the 3D complicated crack propagation analysis using the Fee Mesh Method (FMM). The computational fracture mechanics involves frequent re-meshing as the crack propagates. Therefore …

    The proceedings of the JSME annual meeting 2006.1(0), 67-68, 2006

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