The use of cold-formed members in structural engineering is increasing because of their
considerable structural and environmental advantages, such as low weight, ease and speed …

Structural behavior of Cold-formed Steel (CFS) face-to-face connected built-up closed cross-
section columns is investigated in the present study. The CFS built-up columns are designed …

An experimental investigation into the behavior of cold-formed steel (CFS) built-up column
assembly compressed between fixed ends is presented in this paper. The built-up column …

A parametric investigation and design proposal for the back-to-back built-up cold-formed
steel (CFS) channel sections with V-stiffeners and Σ-stiffeners under concentric and …

Cold-formed steel (CFS) sections have become popular in construction due to several
advantages over structural steel. However, research on the performance of galvanized iron …

This paper presents an improved design approach based on the direct strength method
(DSM) in American Iron and Steel Institute (AISI) design specification S100 for cold-formed …

Previous attempts to develop lightweight cold-formed steel (CFS) composite sections have
successfully improved their buckling strengths but have been limited to unstiffened profiles …

Structural behaviour of cold-formed steel (CFS) built-up closed cross-section columns
subjected to local, global, and local–global interactive failure is investigated. The objective is …

To seek high load-carrying capacity members, built-up sections of Cold-formed steel (CFS)
have been the popular choice. While most of the studies focused on the built-up sections …

This paper presents the numerical investigation and design of cold-formed steel (CFS) built-
up section beam-column members experiencing non-uniform minor axis bending. Detailed …