Based on the comparison on buckling stability coefficient between local and distortional buckling, the critical cross-sectional dimensions without considering the distortional buckling for cold-formed steel lipped channel members are put forward. Furthermore, the critical effective length of nonoccurrence of distortional buckling is presented. The research results show that the calculation of distortional bucking strength of cold-formed steel lipped channel members can be avoided by controlling the reasonable cross-sectional dimensions or the effective length
Cold-formed Channel- and Z-sections subject to both flexure and torsion may undergo distortional buc...
In this paper the critical local buckling strength of cold-formed stainless steel compression member...
Local geometric imperfections in a cold-formed steel (CFS) member can significantly alter the force-...
Based on the comparison on buckling stability coefficient between local and distortional buckling, t...
Cold-formed steel members are subject to failure caused by buckling, normally under loads smaller th...
This report describes a series of compression tests performed on lipped channel section columns fabr...
Cold-formed steel members are widely employed in steel construction because their structural compone...
The determination of the elastic distortional buckling loads of the cold-formed lipped channel secti...
This paper presents a method that allows calculating the elastic critical stress for the distortiona...
Cold-formed thin-walled steel members with thicknesses of around 1mm are relatively new structural m...
High-strength cold-formed thin-walled steel sections have been widely used in the recent several yea...
Abstract. This paper reports the available results of an ongoing experimental investigation on fixed...
This paper describes an experimental program carried out at the University of Sheffield to investiga...
The distortional buckling behavior of 550MPa high strength cold-formed lipped channel columns under ...
The buckling behaviour of pin ended cold-formed steel lipped channel columns affected by local / dis...
Cold-formed Channel- and Z-sections subject to both flexure and torsion may undergo distortional buc...
In this paper the critical local buckling strength of cold-formed stainless steel compression member...
Local geometric imperfections in a cold-formed steel (CFS) member can significantly alter the force-...
Based on the comparison on buckling stability coefficient between local and distortional buckling, t...
Cold-formed steel members are subject to failure caused by buckling, normally under loads smaller th...
This report describes a series of compression tests performed on lipped channel section columns fabr...
Cold-formed steel members are widely employed in steel construction because their structural compone...
The determination of the elastic distortional buckling loads of the cold-formed lipped channel secti...
This paper presents a method that allows calculating the elastic critical stress for the distortiona...
Cold-formed thin-walled steel members with thicknesses of around 1mm are relatively new structural m...
High-strength cold-formed thin-walled steel sections have been widely used in the recent several yea...
Abstract. This paper reports the available results of an ongoing experimental investigation on fixed...
This paper describes an experimental program carried out at the University of Sheffield to investiga...
The distortional buckling behavior of 550MPa high strength cold-formed lipped channel columns under ...
The buckling behaviour of pin ended cold-formed steel lipped channel columns affected by local / dis...
Cold-formed Channel- and Z-sections subject to both flexure and torsion may undergo distortional buc...
In this paper the critical local buckling strength of cold-formed stainless steel compression member...
Local geometric imperfections in a cold-formed steel (CFS) member can significantly alter the force-...