Global ETD Search

31	Shape Optimization Of An Excavator Boom By Using Genetic Algorithm Uzer, Cevdet Can 01 June 2008 (has links) (PDF) This study concerns with the automated structural optimization of an excavator boom. The need for this work arises due to the fact that the preparation of the CAD model, performing finite element analysis and model data evaluation are time consuming processes and require experienced man power. The previously developed software OptiBOOM, which generates a CAD model using a finite set of parameters and then performs a finite element analysis by using a commercial program has been modified. The model parameter generation, model creation, analysis data collection and data evaluation phases are done by the Python and Delphi based computer codes. A global heuristic search strategy such as genetic algorithm is chosen to search different boom models and select an optimum. TJ Machine Design and Drawing 227-240
32	Shape Optimization Of Wheeled Excavator Lower Chassis Ozbayramoglu, Erkal 01 September 2008 (has links) (PDF) The aim of this study is to perform the shape optimization of the lower chassis of the wheeled excavator. A computer program is designed to generate parametric Finite Element Analysis (FEA) of the structure by using the commercial program, MSC. Marc-Mentat. The model parameters are generated in the Microsoft Excel platform and the analysis data is collected by the Python based computer codes. The previously developed software Smart Designer [5], which performs the shape optimization of an excavator boom by using genetic algorithm, is modified and embedded in the designed program. TJ Mechanical Engineering. 1-1570
33	流体・構造連成問題における形状最適化浜崎, 純也, Hamasaki, Junya, 畔上, 秀幸, AZEGAMI, Hideyuki 09 1900 (has links) No description available. Shape Optimization Inverse Problem Fluid-Structure Interaction Problem Finite-Element Method Traction Method
34	音場・構造連成問題における形状最適化長谷川, 義明, Hasegawa, Yoshiaki, 鍵山, 恭彦, Kagiyama, Yasuhiko, 畔上, 秀幸, AZEGAMI, Hideyuki 03 1900 (has links) No description available. Shape Optimization Inverse Problem Acoustic-Structure Interaction Problem Finite-Element Method Traction Method
35	温度分布を規定する強制熱対流場の形状同定片峯, 英次, KATAMINE, Eiji, 織田, 恭平, ODA, Kyohei, 畔上, 秀幸, AZEGAMI, Hideyuki 03 1900 (has links) No description available. Shape Identification Shape Optimization Computer Aided Design Forced Convection Heat Transfer Field Adjoint Method Traction Method
36	熱変形分布を規定する熱弾性場における形状同定問題の解法片峯, 英次, KATAMINE, Eiji, 平井, 雅大, HIRAI, Masahiro, 畔上, 秀幸, AZEGAMI, Hideyuki 09 1900 (has links) No description available. Shape Identification Shape Optimization Computer Aided Design Thermoelastic Solid Adjoint Method Traction Method
37	力法を用いた有限要素モデルのモーフィング笹岡, 竜, Sasaoka, Ryu, 足達, 一真, Adachi, Kazuma, 畔上, 秀幸, Azegami, Hideyuki 11 1900 (has links) No description available. Shape Optimization Finite-Element Method Traction Method Morphing Method Fitting Method
38	対流項を考慮した粘性流れ場の形状最適化問題の解法片峯, 英次, KATAMINE, Eiji, 津幡, 知幸, TSUBATA, Tomoyuki, 畔上, 秀幸, AZEGAMI, Hideyuki 11 1900 (has links) No description available. Optimum Design Computer Aided Design Computational Fluid Dynamics Finite Element Method Shape Optimization Traction Method
39	形状最適化問題の解法における多制約の取り扱い小山, 悟史, KOYAMA, Satoshi, 畔上, 秀幸, AZEGAMI, Hideyuki 10 1900 (has links) No description available. Shape Optimization Lagrange Multiplier Method Adjoint Variable Method Kuhn-Tucker Conditions Traction Method
40	規定した変形を生む異種材料境界面の形状設計畔上, 秀幸, AZEGAMI, Hideyuki, 小山, 悟史, KOYAMA, Satoshi 11 1900 (has links) No description available. Shape Optimization Inverse Problem Joint Boundary Finite-Element Method Traction Method

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