首页> 外文会议>International Seminar on Composite Materials in Concrete Construction; Sep 5-6, 2002; Scotland, UK >BEHAVIOUR OF CONCRETE SHEAR WALLS REINFORCED WITH PERFORATED STEEL PLATES
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BEHAVIOUR OF CONCRETE SHEAR WALLS REINFORCED WITH PERFORATED STEEL PLATES

机译:多孔钢板加固混凝土剪力墙的性能

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摘要

A new method of concrete reinforcement is proposed in this experimental study. The behaviour of three shear wall specimens that were reinforced with steel perforated plates was investigated under cyclic semi-dynamic loads. The main parameter was the volumetric ratio of reinforcing steel. The other parameters were similar in all of the walls. Bending strength was calculated using the concrete beam bending theory according to ACI code and was compared with experimental results. The Experiment shows 30 percent increase in ultimate bending strength. Hysteresis diagram of the specimens indicates considerable energy absorption capacity of the walls reinforced with perforated plates. Also, the walls were capable of carrying loads to high deflections. This system of reinforcing shear walls provided good performance based on strength and ductility.
机译:本实验研究提出了一种新的混凝土加固方法。研究了在循环半动力载荷下用钢穿孔板加固的三个剪力墙试样的性能。主要参数是钢筋的体积比。其他参数在所有墙壁上都相似。根据ACI规范使用混凝土梁弯曲理论计算弯曲强度,并与实验结果进行比较。实验表明,极限弯曲强度提高了30%。样品的磁滞图表明,用多孔板加固的墙具有相当大的能量吸收能力。而且,墙壁能够承受高挠度的载荷。这种增强的剪力墙系统基于强度和延展性提供了良好的性能。

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