Significant work has been done on the enhancement of load-bearing capacity of reinforced
concrete slabs through tensile membrane action (TMA) under fire conditions, since its first …

This review paper covers the forensic-relevant literature in fire analysis and investigation
sciences from 2016 to 2019 as a part of the 19th Interpol International Forensic Science …

This paper presents an experimental together with numerical study for investigating failure
mechanism of typical steel–concrete composite bridge girders under localized fuel fire …

This paper presents experimental and numerical investigations on the thermal performance
of composite slabs comprised of closed profiled steel decking and recycled aggregate …

The consequences of bridge fires and the lack of guidelines on the evaluation of the fire
resistance of bridges have triggered a lot of recent research. Most of these studies are based …

This paper presents experimental investigations on the collapse behavior of a full-scale 36
m× 12 m steel portal frame exposed to natural fires. Extensive thermal and structural …

Slabs can take full advantage of tensile membrane action (TMA) in fire conditions to improve
the ultimate bearing capacity. This paper proposed a novel analytical method to determine …

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 …

This paper presents a numerical study on structurally continuous steel decking concrete
slabs subjected to fire. This is an important subject for improving the fire design methods of …

The thermal behavior of composite steel-concrete slabs in fire is more or less known,
however there are still a lot of different aspects in the fire design methods that need …