Finite element modelling and parametric studies of perforated thin-walled steel columns R948

Finite element modelling and parametric studies of perforated thin-walled steel columns R948

This report presents a comprehensive parametric study on the ultimate strength of perforated cold-formed steel columns using the Finite Element package ABAQUS. FE models were first developed for columns predisposed to local, distortional and global buckling failures respectively. Modelling issues such as boundary conditions, meshing, initial imperfections, material models amd non-linear solution controls in FEA were addressed. The parametric study involved 5 cross-section types i.e. C, stiffened C, Z, rack amd hat sections.

University of Sydney School of Civil Engineering Research Report R949, June 2014 by Yao and Rasmussen.

Title
Finite element modelling and parametric studies of perforated thin-walled steel columns R948
Publish Date
03 May 2018
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