CFD & FDS modelling
Research in Fire Computational Fluid Dynamics (CFD) and Fire Dynamics Simulator (FDS) modelling involves simulating fire behaviour and smoke movement. These models help predict fire spread, assess building safety and optimise fire protection systems.Â
Advances in this field enhance our ability to design safer structures and improve emergency response strategies.
Publications
Major research includes the modelling of water mist behaviour in hot air, high-pressure nozzle sprays, flux density distribution of water mist sprays, etc.
- Study of water-mist behaviour in hot air induced by a room fire: Model development, validation and verification
- A review of test Methods, issues and challenges of Large-Scale fire testing of concrete tunnel linings
- The Behaviour of Water-Mists in Hot Air Induced by a Room Fire: Effect of the Initial Size of Droplets
- An Approach to Determine the Median Diameter of Droplets in a Water-Mist Spray
