The built-up radially battened columns (RBCs) have a promising prospect in public building
engineering due to their aesthetical form and good load-bearing capacity. However, their …

The demand for welded box-sections is increasing in the construction industry due to their
easy fabrication and limited stability issues compared to other open sections. The …

A comparative study into the buckling behaviour of hot-finished and cold-formed steel hollow
section members subjected to axial compression is presented in this paper. The main …

In recent years, the construction industry has witnessed a growing preference for welded
box-sections due to their ease of fabrication and improved stability characteristics …

The current paper investigates recently developed GMNIA-based equivalent global and
local imperfections to be applicable in the FEM-based design of welded box-section …

The topic of the paper is the buckling analysis of existing structures having enlarged
imperfections, which might reduce the buckling capacity during the reuse of steel structures …

The presented research aims to develop global and local buckling reduction factors that
account for the impact of amplified geometrical imperfections and the variability of residual …

In this paper, the end plate connection joint between the I-beam and square steel tube
column reinforced by the casing tube was designed. The failure mode, energy dissipation …

The interaction behavior between local and global buckling modes in high-strength steel
box-section columns has received limited research attention. Currently, there is a lack of a …

This paper describes the use of cold and hot composite forming technology to produce
pointed curtain wall profiles. An electromagnetic–temperature coupling model was …