Global ETD Search

31	Shape Optimization Analysis of Flow Field : Growth-Strain Method Approach Katamine, Eiji, Azegami, Hideyuki, Okitsu, Akiyoshi 15 February 1994 (has links) No description available. Optimum Design Computational Fluid Dynamics Pipe Line Numerical Analysis Finite-Element Method
32	Optimum design of one way concrete slabs cast against Textile Reinforced Concrete Stay-in-Place Formwork Elements Papantoniou, Ioannis, Papanicolaou, Catherine, Triantafillou, Thanasis 03 June 2009 (has links) (PDF) This study presents a conceptual design process for one-way reinforced concrete slabs cast over Textile Reinforced Concrete (TRC) Stay-in-Place (SiP) formwork elements, aiming at the minimization of the composite slab cost satisfying Ultimate Limit State (ULS) and Serviceability Limit State (SLS) design criteria. The thin-walled TRC element is considered to participate in the structural behaviour of the composite slab. This distinct function of the TRC element (as formwork and as a part of a composite element) distinguishes the design procedure into two States: a Temporary and a Permanent one. Design parameters such as the type of the textile reinforcement (material), the geometry of the TRC cross-section, the flexural strength of the fine-grained concrete in the TRC element and the compressive strength of the cast in-situ concrete are considered as the main optimization variables. Textile Reinforced Concrete (TRC) prefabrication Stay-in-Place formwork optimum design cost functions ddc:620 rvk:ZI 2000
33	抗力最小化・揚力最大化を目的とした定常粘性流れ場の形状最適化 AZEGAMI, Hideyuki, NISHIHASHI, Naoshi, KATAMINE, Eiji, 畔上, 秀幸, 西橋, 直志, 片峯, 英次 12 1900 (has links) No description available. Traction Method Adjoint Method Finite Element Method Computational Fluid Dynamics Optimum Design Shape Optimization
34	サスペンション部品の非線形座屈現象に関する形状最適化の検討 AZEGAMI, Hideyuki, ITO, Satoshi, NAGATANI, Takaaki, SHINTANI, Kouhei, 畔上, 秀幸, 伊藤, 聡, 長谷, 高明, 新谷, 浩平 08 1900 (has links) No description available. Material Non-Linearity Geometrical Non-Linearity Traction Method Weight Reduction Nonlinear Buckling Finite Element Method(FEM) Optimum Design
35	平均コンプライアンス最小化を目的とした熱弾性場の形状最適化 AZEGAMI, Hideyuki, MATSUURA, Kousuke, YOSHIOKA, Hiroki, KATAMINE, Eiji, 畔上, 秀幸, 松浦, 浩佑, 吉岡, 広起, 片峯, 英次 11 1900 (has links) No description available. Traction Method Adjoint Method Thermoelastic Solid Computer Aided Design Optimum Design Shape Optimization
36	密度を設計変数に用いた形状適合問題の解法 AZEGAMI, Hideyuki, KOKURA, Akihiro, 畦上, 秀幸, 小倉, 章弘 12 1900 (has links) No description available. H1 gradient method Density optimization Optimum design Socoliosis Computational biomechanics Medical engineering
37	サスペンション部品の非線形座屈現象に関する形状最適化の検討 AZEGAMI, Hideyuki, ITO, Satoshi, NAGATANI, Takaaki, SHINTANI, Kouhei, 畦上, 秀幸, 伊藤, 聡, 長谷, 高明, 新谷, 浩平 12 1900 (has links) No description available. Material Non-linearity Geometrical Non-linearity Traction Method Weight Reduction Nonlinear buckling Finite Element Method(FEM) Optimum Design
38	成長ひずみ法による平等強さ形状の解析(定常振動問題への適用) 畔上, 秀幸, Azegami, Hideyuki, 荻原, 忠, Ogihara, Tadashi, 高見, 昭康, Takami, Akiyasu 03 1900 (has links) No description available. Optimum Design Computer-Aided Design Eigenvalue Problem Mode of Vibration Finite-Element Method
39	座屈に対する形状最適化畔上, 秀幸, Azegami, Hideyuki, 須貝, 康弘, Sugai, Yasuhiro, 下田, 昌利, Shimoda, Masatoshi 07 1900 (has links) No description available. Optimum Design Buckling Finite-Element Method Computational Mechanics Numerical Analysis Traction Method
40	汎用FEMコードを利用した領域最適化問題の数値解析法(力法によるアプローチ) 下田, 昌利, Shimoda, Masatoshi, 呉, 志強, Wu, Zhi Chang, 畔上, 秀幸, Azegami, Hideyuki, 桜井, 俊明, Sakurai, Toshiaki 10 1900 (has links) No description available. Optimum Design Computational Mechanics Finite Element Method Structural Analysis Domain Optimization Traction Method

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