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The mechanical properties of FRP fabric steel-reinforced concrete columns

机译:FRP织物钢骨混凝土柱的力学性能

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The mechanical properties of FRP steel-reinforced concrete columns are discussed. We study the constitutive relation of the concrete, based on the model and the experimental dates for the control the size of affecting parameters. When using the used model, the experimental dates can be reanalyzed and corrected for the intensity correct formula of FRP column. The ultimate bearing capacities of FRP constraint rectangular column use superposition principle to calculate the strength calculation. The ultimate bearing capacity of FRP column is divided into two parts: we conclude the big eccentric bearing capacity calculators' formula by the column's bend. Through the study of the column, we concluded that the eccentric loading little eccentric calculation formula of bearing capacity. A case though using the example of this formula is similar with experiments results of the data.
机译:讨论了玻璃钢钢筋混凝土柱的力学性能。我们基于模型和实验数据研究混凝土的本构关系,以控制影响参数的大小。当使用所使用的模型时,可以重新分析实验日期并针对FRP柱的强度校正公式进行校正。 FRP约束矩形柱的极限承载力采用叠加原理进行强度计算。 FRP柱的极限承载力分为两部分:我们通过柱的弯曲得出大偏心承载力计算器的公式。通过对立柱的研究,我们得出偏心载荷小偏心承载力的计算公式。尽管使用该公式的示例的情况与数据的实验结果相似。

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