Facade Fire

 

Fires involving facades of tall buildings are increasing their worldwide frequency and occurring more than once per month. Facade fires put many people at risk and are responsible for many casualties and large economic losses. The 2017 tragic fire in Grenfell Tower, London, was one of the most devastating fires that caused more than 70 deaths and raised the profile of facade fire hazard. It is vital for us to address the facade fires. 

  • Façade Flammability and Fire Dynamics

Small-scale and large-scale tests will be conducted to study the facade material fire risk and the fire behavior in different façade system. The objective is to provide a reference for facades design and fire protection of high-rise buildings.

 

  • Façade fire forecast

Based on the experimental data and numerical simulations, a façade fire database will be established. Artificial intelligence will be used to analyze these data in-depth to develop the relationship between façade fire behavior and relevant parameters, thus realizing real-time façade fire prediction. 

Call for Papers:

 

We are launching a Special Issue for research papers on Facade Flammability and Fire Engineering led by Guest Editors Dr. Xinyan Huang (HK PolyU), Dr. Eric Guillaume (Efectis), and Dr. Yi Wang (FM Global). For more information can be found in https://www.springer.com/journal/10694/updates/18423072

Representative publications:

  • Khan, S. Lin, X. Huang, A. Usmani (2020) Façade fire risk post Grenfell Tower: a scrutiny of low-flammable Aluminum composite panelFire Technology (under review).

  • Zhou, H. Yoshioka, T. Noguchi, K. Wang, X. Huang (2020) Upward Fire Spread Rate over Real-scale EPS ETICS Façades, Fire Technology (under review).

  • S. Wang, Y. Zhang, X. Huang* (2020) Ignition of EPS Foam by a Hollow Particle: Threshold, Auto-ignition, and Fire Point, Combustion and Flame (under review).

  • S. Wang, X. Huang, H. Chen, N. Liu, G. Rein (2015) Ignition of Low-density Expandable Polystyrene Foam by a Hot Particle, Combustion and Flame, 162 (11): 4112-4118.

Project Members