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钢管输电铁塔插板节点受拉极限承载力分析
引用本文:翁兰溪,丁兆龙.钢管输电铁塔插板节点受拉极限承载力分析[J].闽江学院学报,2008,29(2):36-39.
作者姓名:翁兰溪  丁兆龙
作者单位:1. 福建电力勘测设计院,福建,福州,350003
2. 中国轻工业长沙工程有限公司,湖南,长沙,410007
摘    要:大型输电铁塔广泛应用钢管节点,为了简化制作安装,避免复杂的相贯线切割,塔身斜材与主材的连接经常将钢管开长槽孔和插入的钢板焊接.由于钢管截面只是部分和钢板连接,在拉力作用下,管板节点易发生剪切滞后破坏.为研究剪切滞后对管板节点受拉极限承载力的影响,进行了一系列分析,并将研究结果和现行设计规范公式进行了比较.

关 键 词:输电铁塔  剪切滞后  插板节点  受拉极限承载力
文章编号:1009-7821(2008)02-0036-04
修稿时间:2008年1月14日

Analysis for ultimate tensive capacity of slotted gusset plate connections to tubes on transmission towers
WENG Lan-xi,DING Zhao-long.Analysis for ultimate tensive capacity of slotted gusset plate connections to tubes on transmission towers[J].Journal of Minjiang University,2008,29(2):36-39.
Authors:WENG Lan-xi  DING Zhao-long
Abstract:The tubular joints are wildly used in transmission towers.Because tubular joints have complexity process of machining,slotted gusset plate connections to tube are used,and this joint can be destroied by shear lag,because ofpartly connection of tube and plate.Analysis on the influence of shear lag to the ultimate tensive capacity of joints was carried on.Through a lot of calculation and analysis,some conclusion is presented and compared with relevant design codes.
Keywords:transmission towers  shear lag  gusset plate connections to slotted tubes  ultimate tensive capacity
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