Inverse tracing of fire source location is important for investigation after the fire accidents. In
this work, the CFD simulations and deep learning were combined to explore a more efficient …

The purpose of this paper is to investigate the fire performance in a multi-storey cross-
laminated timber (CLT) structure by the computational fluid dynamics (CFD) technique using …

As a kind of highly integrated urban critical infrastructure, the urban underground utility
tunnel hosts various pipelines to facilitate the city life. But the integration of hazardous …

Construction fires are a big threat to worker safety and property safety. Mass timber buildings
under construction are largely unprotected as they are not yet equipped with active fire …

Abstract In this study, Autonomous Characterisation and Calibration via Evolutionary
Simulation (ACCES) technique is integrated with computational fluid dynamics (CFD) to …

With the rapid development of high-pressure combustible gas pipelines, it brings
convenience and also buries potential safety hazards. This paper presents an in-depth …

Focusing on the impact of radiation modelling in under-resolved fire simulations, the paper
presents LES of free-burn scenarios. The work aims to evaluate the performance of the …

A fundamental investigation of turbulence-radiation interaction (TRI) is presented in this
paper, focused on the correlations that arise in the time-averaging of the radiative absorption …

The failure state of the natural gas pipelines in underground space may cause explosions,
and an explosion flow field is affected by the structure of the venting duct. Based on FLACS …

The remote ignition and accelerated flame spread in multiple fires accidents are mainly due
to the thermal radiation. The merged flame height and external radiative heat flux distribution …