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The effect of stress-strain relationships on the fire performance of steel beams

机译:应力-应变关系对钢梁抗火性能的影响

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The behaviour of a steel beam in a fire depends on many factors including the properties of the steel and the type of supports at the ends of the beam. This paper describes a detailed analytical investigation into the effects of stress-strain relationships on the fire performance of steel beams and composite steel-concrete beams exposed to uniformly increasing temperatures on three sides. The support conditions include simply supported, pin-pin, fixed sliding and fully fixed. In each case, a comparison of the deflected shape with the evolving internal forces shows unusual but predictable behaviour, strongly dependent on the stress-strain relationship of the structural steel. This paper gives new insight into the structural performance of steel and composite beams, observed in recent fires such as the eight storey steel frame at Cardington.
机译:钢梁在火灾中的行为取决于许多因素,包括钢的特性和梁端部支撑的类型。本文详细分析了应力-应变关系对暴露于温度均匀升高的三个侧面的钢梁和复合钢-混凝土梁的耐火性能的影响。支撑条件包括简单支撑,销钉,固定滑动和完全固定。在每种情况下,将挠曲形状与不断发展的内力进行比较,都显示出异常但可预测的行为,这在很大程度上取决于结构钢的应力-应变关系。本文提供了对钢梁和复合梁结构性能的新见解,在最近的大火(如卡丁顿的八层钢框架)中观察到。

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