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首页> 外文期刊>Structural Optimization: Computer-Aided Optimal Design of Stressed Systems and Components >An approximate resizing system for the preliminary design of reinforced concrete frames
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An approximate resizing system for the preliminary design of reinforced concrete frames

机译:用于钢筋混凝土框架初步设计的近似尺寸调整系统

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摘要

Techniques for the preliminary design of a multistorey-multibay, moment-resisting reinforced concrete frames are investigated. Two-level optimization patterns are constructed in this paper. The objective function at the system level is to minimize the total volume of reinforcing steel. The relationship between the area of longitudinal reinforcement and the fully plastic moments of cross-sections will be approximated by a quadratic expression. Once the optimum plastic moments result at the system level, and the member sizes and reinforcement at critical sections within the span of each member will be selected at component level to complete the automatic resizing system. Two examples of reinforced concrete frames are presented to illustrate the features of the proposed method. [References: 19]
机译:研究了多层,多层,抗弯钢筋混凝土框架的初步设计技术。本文构建了两级优化模式。系统级别的目标功能是最大程度地减少钢筋的总量。纵向钢筋的面积与横截面的全塑性弯矩之间的关系将由二次表达式近似。一旦在系统级别获得了最佳的塑性力矩,并且将在组件级别选择每个成员跨度内关键部分的构件尺寸和加固,以完成自动尺寸调整系统。给出了钢筋混凝土框架的两个示例,以说明所提出方法的特征。 [参考:19]

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