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FINITE ELEMENT ANALYSIS OF A MULTI-RIBBED COMPOSITE WALL STRUCTURE

机译:密肋复合墙结构的有限元分析

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摘要

The multi-ribbed composite wall structure is a new, light and energy-saving residential building structure with good earthquake-resistant performance, it is very important to study the structure system for improving the wall innovation and building saving energy in our country. In the paper, a structure model is presented for the modelling of shear sliding in masonry and crack and crush in member basing on a three-parameter hyperbolic yield criterion proposed by Shing. Non-linear finite element method adopting a backward-Euler return mapping algorithm have been conducted to analyze the composite wall. Experiments of composite wall specimen have been carried out to evaluate the structure model. It shows that the structure model proposed by this paper can capture the failure mechanisms of the composite wall comparing with the experimental and numerical result. Consequently, the non-linear finite element models provide a unique capability for the analysis and evaluation of the composite wall structure.
机译:多肋复合墙结构是一种新型,轻便,节能,抗震性能好的住宅建筑结构,研究结构体系对提高我国墙体的创新性和建筑节能性具有重要意义。本文基于Shing提出的三参数双曲屈服准则,提出了一种结构模型,用于砌体中的剪切滑动建模和构件中的裂纹与挤压建模。提出了采用后向欧拉返回映射算法的非线性有限元方法来分析复合墙。已经进行了复合墙试件的实验以评估结构模型。结果表明,本文提出的结构模型与实验和数值结果相比,能够较好地反映复合墙的破坏机理。因此,非线性有限元模型为复合墙结构的分析和评估提供了独特的功能。

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