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Designing the Column Base Plate of a Steel Industrial Building according to AISC- LRFD Method

机译:根据AISC-LRFD方法设计钢结构厂房的柱底板

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Base plates used in steel column-concrete block connections as one of the most important elements in steel structures can influence the total behaviour of structures. Behaviour of base plates as one of the connections that are used in buildings, has its own complexity. The existence of different materials such as steel and concrete, interaction between materials, existence of axial force, shear and moment are the most important problems in analysing these connections. In this study, column-base plate connection design procedure of a steel industrial building according to the AISC Base Plate and Anchor Rod Design Guide 1-LRFD method was studied, the column base plate design procedure was explained for different five load cases. In this study, two dimensional analysis for an industrial building that supports was act as fixed was done in SAP2000 program, then the support reactions that taken from analysis results were used to evaluate column base plate dimensions according to AISC-LRFD procedure and details of column base plate connection was checked in ASDIP-steel program according to AISC-LRFD. As results, the chosen base plate and footing dimensions and anchor bolts were adequate for the design criteria.
机译:钢柱-混凝土块连接中使用的底板是钢结构中最重要的元素之一,可影响结构的整体性能。作为建筑物中使用的连接之一的底板的行为具有其自身的复杂性。在分析这些连接时,最重要的问题是钢和混凝土等不同材料的存在,材料之间的相互作用,轴向力,剪切力和力矩的存在。在这项研究中,根据AISC底板和锚杆设计指南1-LRFD方法研究了钢工业建筑的柱底板连接设计程序,并解释了在五种不同工况下的柱底板设计程序。在这项研究中,在SAP2000程序中对固定支撑的工业建筑物进行了二维分析,然后根据AISC-LRFD程序和色谱柱的详细信息,使用分析结果中的支撑反应评估色谱柱底板的尺寸根据AISC-LRFD,在ASDIP钢程序中检查了底板连接。结果,所选的底板和基础尺寸以及地脚螺栓足以满足设计标准。

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