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Experimental research on slab- column system arranging prestressed reinforcing bar along diagonal

机译:平板-圆柱系统沿对角线布置预应力钢筋的试验研究

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The traditional prestressed reinforcement arrangement is based on the slab-column structure, which is in parallel with the axis of column and divides the slab into column strips and floor strips in midspan. 75 percents of prestressed reinforcement is arranged in the column strips which means the column strips act as the beams in the beam-column systems. This arrangement has specific transfer path, but the transfer path isn''t the shortest. According to the shortest path principle, this paper arranges the prestressed reinforcement along the diagonal. And two model experiments of one-slab-four-column and four-slab-nine-column are conducted to research the force characteristics of the slab with prestressed reinforcing bars along diagonal. Compared with the traditional prestressed reinforcement arrangement, arranging prestressed reinforcing bars along diagonal can have a better control of the deflection, save the amount of the prestressed reinforcing bars, and better exert the action of the prestressed reinforcement‥
机译:传统的预应力钢筋布置基于板-柱结构,该结构与柱的轴线平行,并将板在中跨分为柱带和楼板带。 75%的预应力钢筋布置在柱带中,这意味着柱带在梁柱系统中充当梁。这种安排有特定的传输路径,但是传输路径并不是最短的。根据最短路径原理,本文沿对角线布置预应力钢筋。并进行了单板四柱和四板九柱的两个模型实验,研究了沿对角线预应力筋板的受力特性。与传统的预应力钢筋布置相比,沿对角线布置预应力钢筋可以更好地控制挠度,节省预应力钢筋的数量,并更好地发挥预应力钢筋的作用‥

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