首页> 外文会议>World conference on timber engineering;WCTE 2012 >EVALUATION OF LATERAL PERFORMANCE OF TIMBER- STEEL HYBRID LATERAL RESISTANT SYSTEM THROUGH EXPERIMENTAL APPROACH
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EVALUATION OF LATERAL PERFORMANCE OF TIMBER- STEEL HYBRID LATERAL RESISTANT SYSTEM THROUGH EXPERIMENTAL APPROACH

机译:通过实验方法评估钢-钢混合抗剪体系的侧向性能

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A multi-storey timber-steel hybrid structure, which is composed of a steel frame and a light wood-frame shear wall, is introduced. Light wood-frame shear walls are used as infill between steel columns to form a timber-steel hybrid system to resist the lateral loads of the structure. In this paper, the lateral performance of a timber-steel hybrid structure is studied through pseudo static experiments. The dual characteristics of the steel frame and wood shear wall interactions are discussed. The effectiveness of infill light wood-frame shear walls in resisting lateral loads and their influence on the steel frame's behaviour are obtained from experiments of a single-storey specimen. At the same time, the strength, rigidity, hysteretic behaviour and failure modes of a timber-steel hybrid lateral resistant system are investigated. Experimental results show infill wood shear walls can work together with the steel frame, improving structural behaviour. The steel frame and wood shear wall roughly maintain their own lateral load bearing characteristics and show complementary behaviour in the hybrid system. This research aims to develop an environmental friendly prefabricated structural system and explores the application of timber in multi-storey buildings.
机译:介绍了由钢框架和轻质木框架剪力墙组成的多层木钢混合结构。轻木结构剪力墙用作钢柱之间的填充物,以形成木钢混合系统,以抵抗结构的侧向载荷。本文通过拟静力试验研究了钢木混合结构的侧向性能。讨论了钢框架和木剪力墙相互作用的双重特征。填充轻型木框架剪力墙在抵抗侧向荷载方面的有效性及其对钢框架性能的影响可从单层标本的实验中获得。同时,研究了木钢混合抗侧向系统的强度,刚度,滞后行为和破坏模式。实验结果表明,填充木剪力墙可以与钢框架配合使用,从而改善结构性能。钢框架和木剪力墙大致保持其自身的侧向承载特性,并在混合动力系统中表现出互补的行为。这项研究旨在开发一种环保的预制结构系统,并探索木材在多层建筑中的应用。

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