Dynamic progressive collapse tests are becoming more and more popular in recent years
since this approach captures the real structural behavior more robustly, and progressive …

Since progressive collapse usually has serious consequences, the problem of progressive
collapse resistance has gradually become a topical issue in recent years. However, most of …

Progressive collapse research of concrete flat plate structures, typically investigated through
the alternate path (AP) method with a focus on column failure (removal), has often neglected …

Dynamic responses can provide rich information for supporting the entire life cycle of
structures, and they can either be measured from actual structures or simulated using the …

Majority of progressive collapse incidents of concrete flat plate structures were caused by
slab overloading in the form of punching shear failure at a slab-column joint, which exhibit …

This paper numerically investigates the collapse performance of the floor system in a steel
modular structure. The study includes the analysis of the load-deformation relationship and …

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 …

This paper aims at assessing the impact of removing various numbers of perimeter columns
on the integrity of RC flat plate substructures. Compared to interior columns, those at the …

As structural failure mode determines the seismic performance of structures under strong
earthquakes, searching for and identifying structural failure mode is a major component for …

A series of dynamic progressive collapse tests using the uniformly distributed load (UDL)
was conducted, to analyze the robustness of three precast concrete (PC) beam–column …