HVAC and building services CFD predicts how air, heat and occupants interact inside and around buildings, before a design is built or a problem is left to grow. These projects cover room heating and thermal comfort, natural ventilation using windcatchers, and wind conditions around building complexes. The simulations resolve buoyancy, radiation and airflow together, then assess the occupied zone for temperature stratification, draughts, dead zones and ventilation effectiveness. The outcomes are practical design decisions, such as where to place emitters, how to orient ventilation openings, and where outdoor areas need wind mitigation. The work supports building services engineers, architects and consultancies who need evidence that a design will perform in real conditions, not just meet its nominal capacity.
CFD analysis evaluated wind flow around a tower-building complex, identifying corner acceleration, channelling between buildings and wake zones that affect pedestrian wind…
View Project : CFD Analysis of Wind Flow Around a Building ComplexCFD analysis of radiator heating predicted room airflow, temperature stratification and cold-draught zones, showing how radiator placement affects thermal comfort in the…
View Project : CFD Analysis of Radiator Heating and Room Thermal ComfortCFD simulation assessed how wind speed and direction drive airflow through a traditional windcatcher, and identified the design features that most affect…
View Project : CFD Simulation of Wind Flow Around a WindcatcherWorking on a similar problem?
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