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Simulation of a block impacting a reinforced concrete slab with a finite element model and a mass-spring system

机译:用有限元模型和质量-弹簧系统模拟块体对钢筋混凝土板的冲击

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摘要

Rock falls can cause a lot of damage to infrastructure built along steep slopes. Recently, a 1/3 scale model of a new type of protection gallery, referred to as Structurally Dissipating Rock Shed, has been tested. The aim of this paper is to reanalyze the structural response of this protective system by a three-dimensional Finite Element model and a mass-spring system. In the numerical code (Ansys), an implicit analysis is performed and a smeared element (Solid65) is used to model the reinforced concrete slab. The model parameters are identified such that numerical results reproduce the measured structural behaviour as well as possible. The results of these two models are compared to several experimental tests and their accuracy in predicting the dynamic behaviour of the structure is assessed.
机译:落石会严重破坏沿陡坡建造的基础设施。最近,已经测试了一种新型防护廊的1/3比例模型,该模型被称为“结构耗散的岩石棚”。本文的目的是通过三维有限元模型和质量弹簧系统重新分析该保护系统的结构响应。在数字代码(Ansys)中,将执行隐式分析,并使用涂抹元素(Solid65)对钢筋混凝土板进行建模。确定模型参数,以便数值结果尽可能重现所测量的结构行为。将这两个模型的结果与几个实验测试进行比较,并评估了它们在预测结构动态行为方面的准确性。

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