Smoke is one of the most important cause of casualties and controlling its diffusion is
particular significant during a fire accident. In this paper, experiment and numerical …

Full-scale experiment and numerical simulations are carried out on a shelf fire in a
storehouse to study the ignition manner, the fire spread and the combustion characteristics …

Full-scale experiment and numerical simulations are carried out on a room fire to study
water mist suppression system with heat release rate of 6 MW. A computational fluid …

In comparison to the building attached photovoltaics (BAPVs), Building Integrated
Photovoltaics (BIPVs) drive more changes in building envelope. Therefore, tackling the fire …

This paper proposes a simulation experiment teaching framework for airport fire escape
based on virtual reality and artificial intelligence (AI) technology. It uses virtual reality …

The purpose of this numerical research is to assess the evacuation process in a tunnel
under the contraflow condition. Numerical simulations utilizing FDS+ Evac codes associated …

A 20-storey fire-occurred residential building in Japanese Hiroshima was taken as an
example in the paper. The smoke movement and smoke temperature field in high-rise …

Abstract Predicting wildfires using Machine Learning (ML) models is relevant and essential
to minimize wildfire threats to protect human lives and reduce significant property damages …

This piece of work is a contribution to the model-building and numerical simulation of fire
phenomenon concerning fire outbreak, in confined enclosures. The numerical tool that has …

This paper examines the hotel fire with the most serious casualties in Taiwan's history. The
official fire investigation report and NFPA921 related information are used, and the fire …