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Static behaviour of a full-scale steel-concrete beam with epoxy-bonding connection

机译:满装环氧树脂胶结连接的全钢混凝土梁的静态性能

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Bonding connection in steel-concrete composite beams is investigated in the case of static loading and high-strength concrete. The 3-point bending test performed on a large beam confirms that bonding is very efficient: the elastic domain is followed by a non-linear behaviour with noticeable ductility. The measurements are generally close to the numerical results provided by beam models or the FE model. The composite beam model which does not take into account slip and shear deflection could be used for engineering design purposes. However all the studied beam models do not allow a very accurate prediction of the behaviour close to the interface and the behaviour at failure in the case of shear failure. Non-linear FE approach may be more suitable but requires realistic failure criterion for all the materials.
机译:在静载荷和高强度混凝土的情况下,研究了钢-混凝土组合梁的粘结连接。在大梁上进行的三点弯曲测试证实了粘合是非常有效的:弹性域之后是具有明显延展性的非线性行为。测量结果通常接近于梁模型或有限元模型提供的数值结果。不考虑滑移和剪切挠度的复合梁模型可用于工程设计目的。但是,所有研究的梁模型都不能非常准确地预测靠近界面的行为以及剪切破坏情况下的破坏行为。非线性有限元方法可能更合适,但需要针对所有材料的实际失效准则。

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