A state-of-the-art review is presented on design and research related to progressive
collapse of steel structures under fire conditions. The influence of load ratios, strength of …

In this paper, a literature review of the mechanisms involved in fire induced progressive
collapse of steel building structures are presented. Researchers have been investigating …

This paper presents experimental studies on the performance of planar moment steel frames
with one column heated. The novelty of these tests is that the influences of key stages in the …

Partially restrained connections comprise intricate systems of multiple components, each
exhibiting varying degrees of performance degradation under fire conditions. Consequently …

This paper numerically investigates progressive collapse resistance of three-dimensional
steel frames with reinforced concrete slabs exposed to localized fire using LS-DYNA. An …

This paper introduces experimental and numerical investigations on the fire-induced
collapse behavior of double-span steel portal frames. A natural fire test was conducted on a …

This paper numerically investigates disproportionate collapse resistance of three-
dimensional steel-framed structures exposed to compartment fires. The effect of fire …

Modern methods of construction (MMC) are becoming increasingly popular for a broad
range of reasons. They are portrayed as providing significant economic and sustainability …

This paper presents experimental and numerical investigations on the collapse modes of
single span steel portal frames exposed to fire. A fire test on a scaled-down single span steel …

In progressive collapse analysis, event-independent column loss is commonly used as a
design scenario. Yet this scenario does not account for the fire-induced thermal forces that …