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Load Carrying Capacity of Steel Arch Reinforcement Taking Into Account the Geometrical and Physical Nonlinearity

机译:考虑到几何和物理非线性的钢拱强化负荷承载能力

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The paper deals with the calculation of the load carrying capacity of the steel arch reinforcements of underground and mine works with respect to the resulting large displacement and physical nonlinearities. Solution is based on the application of the so-called effective bending stiffness, which is defined as a function of the axial force and bending moment. The numerical model was verified using the values of the load carrying capacity, which have been experimentally obtained using strain-stress test, and implemented into the software that allows very effectively calculate load carrying capacity of steel arch reinforcements.
机译:本文讨论了地下钢拱增强件的钢拱增强载荷能力的计算能力,以及所产生的大型位移和物理非线性。 解决方案基于所谓的有效弯曲刚度的应用,其被定义为轴向力和弯矩的函数。 使用负载承载能力的值验证了数值模型,该负载承载能力已经使用应变应力测试进行了实验获得,并实施到软件中,该软件允许非常有效地计算钢拱增强件的承载能力。

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