High-strength foamed concrete (HFC)-filled cold-formed thin-walled steel (CFS) shear wall,
as a new-type CFS shear wall, is the major lateral load-resisting member for multi-storey …

Cold-formed steel (CFS) structures typically rely on diagonally braced stud walls to
withstand lateral forces. While the response of CFS single-wall panels has been extensively …

This paper focused on the Finite Element (FE) Modeling of structural systems in extreme
loading conditions. Two different stud shapes and thicknesses were analyzed under blast …

Water storage in buildings is an integral part of water supply, which can be used for
firefighting and drinking. It can be divided into three categories: elevated, rooftop, and …

Cold-formed steel (CFS) framed shear walls (CFS-SWs) with steel sheathing have emerged
as promising lateral-force-resisting members in mid-rise buildings of seismic regions. This …

Cold-formed steel (CFS) shear walls are widely used in many engineering practice owing to
their superiorities such as light weight, better ductility and easy construction. This research is …

Non-structural components contribute significantly to the lateral stiffness of a cold-formed
steel (CFS) building structure, but are cumbersome to model explicitly in the structural …

Prefabricated construction garnered significant attention in recent years. As a vital
component, the performance of wall panels played a crucial role in the overall construction …

Screw connections within sheathed cold formed steel (CFS) shear walls experience in-plane
shear that acts in a parallel direction to the sheathing's free edge. Yet, many investigations …

To meet the recent requirements of low-damage design, there is a growing need to retrofit
building structures with a self-centering dissipation system. This system serves a dual …