Advanced Combustion Science and Engineering
Advanced Combustion Science and Engineering research incorporates:
- Combustion, Flames, Fire and Explosion
Topics of interest include Studies
of Fundamental Chemical and Physical Processes in Flames; Interaction
of Acoustics and Flames; Ignition of Hazardous Materials, Combustible Fluids and Vapours, Hot Spot Ignition; Dust, Gas and Vapour Explosions, Explosion Venting and Suppression; Pressure Wave Generation and Interaction with Flames; Hazards and Spontaneous Ignition of Fuels; Fire Research into Toxic Hazards, Fire Retardants and Ignition Phenomena; Theoretical and Computational Modelling.
- Advanced Energy Engineering
Topics of interest include Low NOx and High Efficiency Gas Turbine Combustion; Combustion Modelling; Coal and Biomass Combustion in Bubbling and Circulating Fluidised Beds; Combustion of Sprays of Fuel Oils and Alternative Liquid Fuels; Furnace Systems and CFD Modelling; Heat Transfer in Furnaces, Gas Turbine Combustor Wall Cooling; Compact Heat Exchangers; Flame Radiation; Corrosion Phenomena in Combustion and Gasification Systems; Oxy-fuel Combustion; Theoretical and Computational Modelling.