In this paper, a new type of the strengthened strategy for the limited anti-collapse capacity of
extended end-plate connections (EECs) is proposed. Bending stiffened steel plates (BSSPs) …

Previous studies on the influence of boundary constraints on the structural collapse behavior
have primarily focused on single-story sub-assemblages, and the limited research on multi …

Determination of the CCD (critical collapse deformation) for frame structures is crucial to
calculate their final collapse resistance due to a column loss. This paper studies the CCD of …

With the increasing adoption of modular construction technology, understanding the
modular steel buildings' collapse mechanisms has become crucial. This study presents …

This study investigates the collapse resistance of the cable net structures. Compared to
conventional structures, the analysis of the cable net structures is rather complicated due to …

As an alternative to flat webs (FWs), corrugated webs (CWs) in composite beams have been
employed extensively in steel construction systems. However, the collapse behavior of steel …

Quantification of the critical collapse displacement is important to establish the collapse-
resistant design method for the steel frame under a column-removal scenario. In this paper …

A method is proposed for evaluating the post‐earthquake condition of steel frame structures
based on the coupling coefficient (CC). The CC is an index that reflects the internal force …

In building construction, steel structures are favoured as they have some advantageous
properties, such as high strength, light weight and high construction performance. However …

This paper proposes a fast manual calculation method for determining the critical collapse
resistance (CCR) of steel frame structures caused by an edge column loss. The critical …