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 …

Abstract The Performance-Based Design approach provides a goal-oriented process to
support safe, innovative, and resilient structural fire designs. However, adoption of this …

The practical application of Artificial Intelligence (AI) approaches in estimating the
mechanical properties of fiber-reinforced concrete (FRC) subjected to high temperatures …

Structural risk assessment against fire requires robust material models that take into account
the uncertainty in material behavior over a range of elevated temperatures. Such …

A probabilistic risk assessment (PRA) is commonly accepted as a tool for performance
based design in fire safety engineering, but the position of PRA in the design process, the …

Post-earthquake fire (PEF) is a threatening hazard triggered immediately after an
earthquake, resulting in extensive destruction and casualties. It is important to evaluate …

Recent concerns have witnessed that excitation due to a seismic event has caused
catastrophic destruction to mankind and its existing surroundings. Loss of livelihood and …

Reinforced concrete (RC) structures often remain stable under fire, but exhibit damage and
residual deformations which require repairs. While repair operations and building downtime …

This study demonstrates the development of bivariate fragility curves for a fire-exposed
simple-span overpass bridge prototype with composite steel plate girders. The fire and …

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 …