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Punching resistance of slab-column connections with openings

机译:带孔的平板柱连接的抗穿孔性

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The paper deals with the punching resistance of flat slabs with openings adjacent to a column. The results of an experimental campaign carried out at a laboratory of the Slovak University of Technology in Bratislava (STU) are presented in the paper. A total of eight slabs with a thickness of 250mm and without transverse reinforcement were tested under axis-symmetric conditions. The six slabs had two symmetrically placed openings with different distances measured from the column's periphery and two reference slabs did that not have any openings. The results obtained were compared with punching resistances assessed using the design equations introduced in Eurocode 2, Model Code 2010, ACI 318-14, and the CSCT model expressed in a closed form. Significant differences in the values of the V-test/V-R,V-c ratio were observed for the different positions of the openings for each design model. In order to increase the accuracy of the models, some changes in estimating the reduced lengths of the control perimeter were proposed.
机译:本文研究的是开口邻近圆柱的平板的抗冲孔性。本文介绍了在布拉迪斯拉发斯洛伐克工业大学(STU)的实验室进行的实验活动的结果。在轴对称条件下测试了总共八块厚度为250mm且没有横向加强筋的平板。六个平板有两个对称放置的开口,这些开口与色谱柱的外围距离不同,而两个参考平板没有任何开口。将获得的结果与使用欧洲规范2,模型规范2010,ACI 318-14和以封闭形式表示的CSCT模型中引入的设计方程式评估的抗冲压性进行比较。对于每个设计模型,在开口的不同位置观察到V-test / V-R,V-c比值的显着差异。为了提高模型的准确性,提出了一些估计控制周长减少的更改。

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