首页> 外文会议>Third International Conference on Coupled Instabilities in Metal Structures CIMS'2000, 3rd, Sep 21-23, 2000, Lisbon-Portugal >EVOLUTION OF OPTIMUM TRAPEZOIDAL SHEETING PROFILE BASED ON EUROCODE, USING FINITE STRIP METHOD AND GENETIC ALGORITHM
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EVOLUTION OF OPTIMUM TRAPEZOIDAL SHEETING PROFILE BASED ON EUROCODE, USING FINITE STRIP METHOD AND GENETIC ALGORITHM

机译:基于EUROCODE的有限条带法和遗传算法的最佳梯形剪切剖面的演变

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摘要

Profiled steel sheeting is widely used for cladding, roofing and flooring. Its development is coupled with the rising interest in cold-formed light-weight steel structures. Due to the variety of different profiles available on the market, the question of optimum shapes arises. This article introduces a new technique by which these can be obtained on the ground of the Eurocode specifications. The developed algorithm uses finite strip method, and a novel technique of extreme value search, genetic algorithm. Demonstrative examples of simply supported and two span arrangements are shown and results are discussed.
机译:压型钢板广泛用于覆层,屋顶和地板。它的发展与对冷弯轻型钢结构的日益浓厚的兴趣相结合。由于市场上可获得各种不同的轮廓,因此出现了最佳形状的问题。本文介绍了一种新技术,可以根据Eurocode规范获取这些新技术。所开发的算法使用有限条带法和极值搜索的一种新技术,即遗传算法。显示了简单支撑和两个跨距布置的演示示例,并讨论了结果。

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