在复合结构中使用螺栓剪切连接件

X. Dai, D. Lam, Therese Sheehan, Jie Yang, Kan Zhou
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引用次数: 12

摘要

组合梁结合型钢楼板已广泛应用于多层建筑,是目前最有效、最经济的楼板系统之一。然而,目前的复合地板系统是不可拆卸的,并且在拆除过程中需要在现场进行大量切割,并且即使这些组件可以回收利用,也失去了重新使用钢组件的机会。本文介绍了高强螺栓作为抗剪连接件在复合结构中的应用,通过一系列推离试验和数值模拟,对其抗剪性能和破坏模式进行了观察和分析。结果强调了三种不同的可拆卸剪切连接形式的结构行为,其中连续板或不连续板被使用。数值模型与实验观测结果相吻合。实验和数值结果均支持高强度螺栓作为可拆卸剪切连接件,并有助于更好地理解这种形式的剪切连接件的行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of bolted shear connectors in composite construction
Composite beam incorporated steel profiled decking has been extensively used for multi-storey buildings and is now one of the most efficient and economic form of flooring systems. However, the current composite flooring system is not demountable and would require extensive cutting on site during demolition, and the opportunity to reuse the steel components is lost even though these components could be salvaged and recycled. This paper presents the use of high strength bolts as shear connectors in composite construction, the shear behaviour and failure modes were observed and analysed through a series of push-off tests and numerical simulation. The results highlighted the structural behaviour of three different demountable shear connection forms in which continuous slabs or un-continuous slabs were used. Numerical models were validated against experimental observation. Both experimental and numerical results support the high strength bolts used as demountable shear connectors and lead to a better understanding to the behaviour of this form of shear connectors.
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