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Article/eBook Full Name: Column Axial Load Effects on Performance of Panel Zone in Welded-Flange-Plate Connections
Author(s): Amir Homayoon Kosarieh
Publish Date: 2015
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Column Axial Load Effects on Performance of Panel Zone in Welded-Flange-Plate Connections

[Image: 54954042795221201240.jpg]

Author(s): Amir Homayoon Kosarieh, Fakhreddin Danesh, Ramin Shiri
Published By: Advances in Structural Engineering
Published Year: 2015
DOI: 10.1260/1369-4332.18.6.775
Size: 1.3 MB
Quality: Original preprint
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Abstract: In this study the effects of different levels of column axial load on seismic performance of Welded Flange Plate (WFP) connections with different panel zone strength are presented. Finite element method was used to do this investigation and reliability of the modelling method was verified by comparison with experimental available records in documents. Fifteen sub-assemblages of WFP connections were generated by means of ABAQUS software. The aim was to enhance the knowledge about the consequence of column axial load level on cyclic behaviour and fracture potential of the connections with different panel zone strength for external joints in Steel Moment Resisting Frames (SMRFs). Results showed that cyclic behaviour including hysteresis loops and energy dissipation were not affected significantly by increasing column axial load regardless of the panel zone strength. It was also found that increase of the fracture potential due to increase in column axial load became less pronounced when the panel zone strength was decreased.

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