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首页> 外文期刊>Journal of structural engineering >Improved Truss Model for Design of Welded Steel Moment-Resisting Frame Connections
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Improved Truss Model for Design of Welded Steel Moment-Resisting Frame Connections

机译:焊接框架抗弯框架设计的改进桁架模型

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摘要

This paper presents results of finite element analysis of 18 strong-axis steel welded beam-column subassemblages with connection reinforcement. For the type of connection configuration considered, Federal Emergency Management Agency (FEMA) recommends that the connection forces be obtained by locating the plastic hinge at one-third depth of beam away from the end of connection reinforcement region. Also a recent study pointed the location of plastic hinge to be at a distance of depth of beam from the column face. However, the present study shows that the plastic hinge is located at one-half depth of beam away from the end of connection reinforcement region. It is observed that the connection design forces obtained from the present study are higher as compared to those obtained using the FEMA recommendations. The paper also presents a noniterative procedure for the design of beam-to-column connections using a truss for obtaining connection forces, which uses this location of the plastic hinge.
机译:本文介绍了18种带有连接加强件的强轴钢焊接梁柱子组合件的有限元分析结果。对于所考虑的连接配置类型,联邦紧急事务管理局(FEMA)建议通过将塑料铰链放置在距连接加固区域末端至少三分之一的梁深度处来获得连接力。最近的一项研究还指出,塑料铰链的位置应在距柱面一定距离的光束深度处。但是,本研究表明,塑料铰链位于梁的一半深度处,远离连接加固区域的末端。可以看出,与使用FEMA建议获得的连接设计力相比,从本研究获得的连接设计力更高。本文还提出了使用桁架来获得连接力的梁到柱连接设计的非迭代过程,该过程利用了塑料铰链的这个位置。

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