Fire modelling is a common practice in building fire safety analysis, but it is costly. This work
develops an AI software, Intelligent Fire Engineering Tool (IFETool), to speed up the fire …

The recent rise of numerical fire modeling has revealed the performance of building fire
safety and code. However, high-fidelity fire simulation is costly and difficult to analyze. This …

In this study, a Large Eddy Simulation (LES) based fire field model was applied to
numerically investigate the effectiveness of smoke control using smoke vents and curtains …

This paper presents modern application of fire safety engineering (FSE) in the shaping of
civil engineering development. Presented scientific achievements of FSE become tools used …

Fire in large-volume buildings poses separate and distinct challenges from compartmented
spaces. In particular, the risk it poses on life safety is mostly due to the smoke it produces, its …

Smoke management in the atrium with natural smoke venting is influenced by many
parameters. The analysis presented considered the impact of atrium height, atrium shape …

Abstract Model validation and probabilistic simulations are routinely used for quantifying the
uncertainties originating from the numerical models and their inputs, respectively. How the …

This paper presents results of CFD and scale modelling of the flow of heat and smoke inside
and outside of a compartment, in case of fire. Estimation of mass flow out of a compartment …

Since the 1970s, researchers have developed semi-empirical models to describe fire smoke
movement inside buildings, but there are three major issues. Firstly, several plume models …

To improve fire prediction accuracy over existing methods, a double weighted naive Bayes
with compensation coefficient (DWCNB) method is proposed for fire prediction purposes …