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Application of partial strength connection in the design of multi-storey braced steel frame using trapezoidal web profiled section

机译:局部强度连接在梯形腹板异型截面多层支撑钢框架设计中的应用

摘要

Eurocode 3 offers the opportunity to design steel frames as 'semi-continuous' by including the moment resistance of 'partial strength' connections in plastic hinge analysis of the frame. Semi-continuous construction with partial strength connections offers many benefits for braced frames such as shallower and lighter beams, standardized connections with less complicated geometry, and more robust frames than simple construction. It is expected to give significant savings in frame weight. This paper presents findings on a series of two-bay, four-bay and six-bay braced frames of two-, four-, six- and eight-storey with span ranging from 6 m to 9 m by comparing between Hot-rolled (HR) steel beams designed using simple construction and Trapezoidal Web Profiled (TWP) steel beams designed using the semi-continuous construction method. Flush end-plate and extended end-plate connections were used as partial strength joints whereas for the simple construction, partial depth flexible end-plate connections were used as pin joints. The semi-continuous design method can reduce the frame weight between 13.4% and 20.5% compared to simple construction.
机译:欧洲规范3通过在框架的塑料铰链分析中包括“部分强度”连接的抗弯矩,提供了将钢框架设计为“半连续”的机会。具有部分强度连接的半连续结构为支撑框架提供了许多好处,例如,梁更浅和更轻,几何形状更简单的标准化连接以及比简单结构更坚固的框架。预计可以显着节省框架重量。本文通过比较热轧(2,4,6,8和8层,跨度从6 m到9 m的一系列两托架,四托架和六托架支撑框架,提出了一些发现。 HR)钢梁使用简单的结构设计,梯形腹板轮廓(TWP)钢梁使用半连续的施工方法设计。平端板和扩展端板连接用作部分强度接头,而对于简单结构,部分深度柔性端板连接用作销钉接头。与简单的结构相比,半连续设计方法可以将框架重量减少13.4%至20.5%。

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