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首页> 外文期刊>日本建築学会构造系論文集 >SEISMIC RETROFIT TECHNIQUE FOR EXISTING R/C FRAMES BY ATTACHING STEEL BRACING FRAMES TO COLUMNS PROJECTED FROM EXTERIOR WALLS
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SEISMIC RETROFIT TECHNIQUE FOR EXISTING R/C FRAMES BY ATTACHING STEEL BRACING FRAMES TO COLUMNS PROJECTED FROM EXTERIOR WALLS

机译:通过将钢支撑框架连接到从外墙射出的柱上,对现有R / C框架进行地震修复的技术

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摘要

This paper proposes a seismic retrofitting technique for existing R/C buildings by attaching steel bracing frames to the columns projected from the exterior walls of buildings. Two types of the experimental parameters were focussed in this paper. One is the joint technique between the retrofitting steel columns (beam) and the R/C column (beam). The other is whether or not to anchor the base of the steel columns to the foundations of R/C frams. The cyclic lateral loads were applied to the model specimens, which were about 1/3 the size of R/C frames in school buildings under a constant axial load in the experiments. The experiments and the analyses leaded the following conclusion. The full lateral load carrying capacity was developed in all the specimens regardless of the joint techniques between the steel frames and the R/C frames if the bases of the steel frames were anchored to the foundation of R/C frames. However, the R/C columns failed in shear if they were not anchored.
机译:通过将钢支撑框架安装到从建筑物外墙伸出的柱子上,本文提出了一种现有R / C建筑物的抗震改造技术。本文重点研究了两种类型的实验参数。一种是改造钢柱(梁)和R / C柱(梁)之间的连接技术。另一个是是否将钢柱的底部锚定在R / C框架的基础上。周期性的横向载荷被施加到模型样本上,在实验中,在恒定的轴向载荷下,它们大约是学校建筑中R / C框架尺寸的1/3。实验和分析得出以下结论。如果将钢框架的基础锚固在R / C框架的基础上,则无论钢框架和R / C框架之间采用何种连接技术,所有样本都将充分发挥横向承载能力。但是,如果R / C柱未锚固,则剪切会失败。

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