Perforated cold-formed steel (CFS) beams subjected to different bending scenarios should
be able to deal with different buckling modes. There is almost no simple way to address this …

Cold-formed steel (CFS) has a great potential to meet the global challenge of fast-track and
durable construction. CFS members undergo large buckling instabilities due to their small …

Providing staggered slotted perforations to the Cold-Formed Steel (CFS) beams is a new
approach being used in light gauge steel construction aiming to enhance both the fire and …

Abstract Cold-Formed Steel (CFS) members with slotted perforations in webs are used in
civil construction to amplify the thermal and energy performance of structures. However, the …

Cold-formed steel (CFS) sections when used as primary load carrying members often
require additional strengthening for retrofitting purposes. In some cases, it is also necessary …

Numerical investigation on the behaviour of cold–formed thin–walled steel structural
members with perforations is presented in this paper. Many structural cold–formed steel …

To address the various instability problems in cold-formed steel members, many researchers
have mainly focused on developing innovative sectional profiles wherein geometry of the …

Cold-formed steel (CFS) storage rack structures are extensively used in various industries to
store products in safe and secure warehouses before distribution to the market. Thin-walled …

Cold-formed steel (CFS) construction can lead to more efficient designs compared to hot-
rolled steel members as a consequence of its high strength, light weight, ease of fabrication …

Until recently, the hot-rolled steel members have been recognized as the most popular and
widely used steel group, but in recent times, the use of cold-formed high strength steel …