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Structural behavior of extreme thick-walled cold-formed square steel columns
AbstractThis paper describes a study on the extreme thick-walled cold-formed square columns which are manufactured from circular to square shape, of which the width was 800mm and the thickness was 22mm. A systematic investigation of material behavior, residual stress distribution, and axial compression performance was performed numerically and experimentally. Results demonstrate thefollowing.1) The material properties of cold-formed columns manufactured by indirect method are clearly changed because of the cold-formed processes and are more uniform than those of cold-formed columns manufactured by direct method. 2)The extreme thick-walled cold-formed square columns work well under axial compression. 3) The residual stresses at the middle and corner parts of extreme thick-walled cold-formed square columnsareapproximately95 and 210MPa, respectively.
HighlightsThe mechanical properties of steels from extreme thick-walled cold-formed columns was tested.The axial compression behavior of extreme thick-walled cold-formed columns was studied.A formula was presented and verified to predict the ultimate axial compression capacity.
Structural behavior of extreme thick-walled cold-formed square steel columns
AbstractThis paper describes a study on the extreme thick-walled cold-formed square columns which are manufactured from circular to square shape, of which the width was 800mm and the thickness was 22mm. A systematic investigation of material behavior, residual stress distribution, and axial compression performance was performed numerically and experimentally. Results demonstrate thefollowing.1) The material properties of cold-formed columns manufactured by indirect method are clearly changed because of the cold-formed processes and are more uniform than those of cold-formed columns manufactured by direct method. 2)The extreme thick-walled cold-formed square columns work well under axial compression. 3) The residual stresses at the middle and corner parts of extreme thick-walled cold-formed square columnsareapproximately95 and 210MPa, respectively.
HighlightsThe mechanical properties of steels from extreme thick-walled cold-formed columns was tested.The axial compression behavior of extreme thick-walled cold-formed columns was studied.A formula was presented and verified to predict the ultimate axial compression capacity.
Structural behavior of extreme thick-walled cold-formed square steel columns
Liu, Dongyu (Autor:in) / Liu, Hongbo (Autor:in) / Chen, Zhihua (Autor:in) / Liao, Xiangwei (Autor:in)
Journal of Constructional Steel Research ; 128 ; 371-379
14.09.2016
9 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Structural behavior of extreme thick-walled cold-formed square steel columns
| Online Contents | 2017
Structural behavior of extreme thick-walled cold-formed square steel columns
| British Library Online Contents | 2017
Structural behavior of cold-formed thick-walled rectangular steel columns
| British Library Online Contents | 2018