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Nonlinear Analysis of Arch hollow box RC Beams with openings in different locations

机译:不同位置开孔的拱形空心RC梁的非线性分析

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摘要

This study is devoted to investigate the behavior and performance of arch reinforced concrete (R.C.) beams with openings in different locations along the beam at degrees of 15 o , 30 o , 45 o , 67.5 o and 90 o . For the analysis, the ANSYS V.16.0 software is used. The ordinary R.C. was modeled by 8-noded isoparametric brick elements, while the steel reinforcing bars were modeled as axial members (bar elements) connecting opposite nodes in the brick elements with full interaction assumption. The CFRP strips were modeled by shell elements. Results show that the ultimate capacity of the beams decreased when the location of the opening changed from 15 o to 45 o and return to increase when the location of the opening changed from 45 o to 90 o .
机译:这项研究致力于研究拱形钢筋混凝土(R.C.)梁的性能和性能,该梁沿梁的不同位置的开度为15 o,30 o,45 o,67.5 o和90 o。为了进行分析,使用了ANSYS V.16.0软件。普通的R.C.用8节点等参砖单元建模,而钢筋则建模为以完全相互作用假设连接砖单元中相对节点的轴向构件(钢筋)。 CFRP条带是通过壳单元建模的。结果表明,当开口位置从15 o变为45 o时,梁的极限承载力减小;当开口位置从45 o变为90 o时,梁的极限承载力返回增大。

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