Numerous experiments have been conducted to investigate the mechanical properties of
high strength steel (HSS) at elevated temperatures. In this paper, test data in literatures on …

Modelling slabs is vitally necessary when simulating building structures in fire. The
composite action between slabs and beams and tensile membrane action after fire induced …

The utilisation of composite floor systems in modern construction allows for building large
floor areas with efficient use of material and labour. The efficiency of this flooring system in …

It is important to model the local failure of structural members as well as the global
responses of a structural system when it is exposed to fire. The local failure of columns such …

The collapse of several tall composite buildings over the last two decades has shown that
the performance of tall, composite and complex buildings in fire is a necessary design …

This paper presents a data set of a fire-induced collapse on an existing building with a truss
roof. The data set contains the thermal and structural responses of the tested building, the …

This study analyses the structural response of an aluminium reticulated roof structure that is
constructed at Sichuan Fire Research Institute (Sichuan, China), and to be tested in fire. The …

This study investigates the resilience of dual-system reinforced concrete (RC) structures
impacted by progressive collapse where the local failure of a primary structural component …

The diagrid structural system has seen significant uptake in medium to high rise buildings
because of the architectural and resource advantages that it provides. These arise mainly as …

Considering the slabs in the global response of steel framed buildings in fires is important,
as deflected floor slabs could redistribute the load to columns leading to column failure and …