Computational Fluid Dynamics (CFD) obtains solutions of the governing Navier-Stokes fluid flow equations and, depending upon the particular application, solves additional equations involving multiphase, turbulence, heat transfer and other relevant processes.
CFD Research helps industrial and research partners exploit CFD to analyse and understand their flow problems. The outcome is typically an improved equipment or process design. Projects in this area can last from three months to one year.
Heat Stacking Effect in
Air Well of High Rise Apartment due to Heat Discharged from
Do Bubbles in a Glass of Guinness Go Up or Down?
Car Park Jet Fan Ventilation System for Better Comfort & Safety of Occupants and Fire Fighters
Surface Pressure Contours on Buildings & Terrain due to Wind Loading
Wind flow around buildings & effects on surrounding built environment
Velocity Vectors in Residential Apartment due to Prevailing Wind Condition
Exploit wind resource for natural ventilation in living spaces as renewable energy
Particle Trajectory from Exhaust Plume Fans indicating Entrainment of Contaminant into Building Roof Area and Air Intakes due to Wind Gust
Downstream air pollution & pollutant
dispersion around buildings
Smoke Plume due to Fire Outbreak in Warehouse, indicating Smoke Movement into External Environment, via Exhaust Vents, in Prevailing Wind Condition
Evaluate performance of engineered smoke control system design in relation to life safety requirements of occupants
Temperature Contours about Fire Source in Conservatory
Predict complex airflow behaviour, temperature distribution & smoke movement (visibility level) under different