多目的最適化法による鋼構造物の構造設計支援手法の提案 : 偏心K型ブレース構造物の保有耐力設計法への応用

概要

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Present paper proposes a supporting scheme for structural design of steel frame structures by using Multi-Objective Genetic Algorithm. Most of steel structures are composed of the standardized members produced at the factory. In order to take account of such situation into the process of structural optimization, the structural optimization scheme through the usage of genetic algorithm which can easily deal with discrete variables is formulated. Furthermore, multi-objective optimal design method to obtain the Pareto solutions considering both structural safety and its economy by using Multi-Objective Genetic Algorithm is proposed. Especially in this paper main focus is put on the way of optimal arrangement of braces. Through the numerical examples, present scheme is verified to be useful for designers as a valuable proposal scheme especially in the beginning stage of structural design.
一般社団法人日本建築学会の論文
2010-03-27