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CONTRIBUTION OF SURROUNDING RC FRAME AND MASONRY WALL IN LATERAL RESISTANCE OF MASONRY INFILLED RC FRAME

机译:砌体侧岩侧桥近架砌筑砌筑砌筑射压架的贡献

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Masonry infilled RC buildings act as composite structure and the contribution of each element is not clear under seismic loading. Therefore, the contribution of surrounding RC frame and infilled masonry has been estimated from experimental investigation of five half-scaled masonry infilled RC frames. In addition, the ultimate drift, after which masonry degrades rapidly, has also been evaluated. The observed results indicate that relative shear strength of RC frame to masonry dictates the contribution of RC frame and, the conservative ultimate drift of infilled masonry can be considered at 0.6% drift angle.
机译:砌体潜逃的RC建筑物充当复合结构,在地震载荷下,每个元素的贡献都不清楚。因此,据估计了围绕RC帧和贫矿石的贡献,从5个半缩放的砌体in infized RC框架的实验研究估计。此外,还评估了最终漂移,之后砌体迅速降解。所观察到的结果表明,RC帧与砌体的相对剪切强度决定了RC帧的贡献,并且可以考虑在0.6%漂移角度下被牵伸砌体的保守终极漂移。

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