The phrase "airflow simulation" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or computer modeling where the movement of air is being analyzed or replicated.
Example: "The engineers conducted an airflow simulation to optimize the design of the new ventilation system."
Alternatives: "airflow modeling" or "airflow analysis".
Against this backdrop, several low energy solution concepts that potentially improve the thermal comfort level of occupants in patient wards are analyzed and simulated using detailed building thermodynamic and airflow simulation.
These models and methods constitute the simplified system of indoor airflow simulation.
Building thermal and airflow simulation tools are fundamental to predict NV system performance in the design phase.
It is simpler than multi-grid method and effective for SIMPLE algorithm that is commonly used for indoor airflow simulation.
Unfortunately, none of the current indoor airflow simulation techniques can satisfy both requirements at the same time.
This paper presents the results of the thermal and airflow simulation of an existing naturally ventilated shopping mall located near Lisbon, Portugal.
Annual airflow simulations were performed in CONTAM for six of the sixteen reference buildings.
All airflow simulations are consistent with the heterogeneity of drying usually observed in practice.
Validation of the coupled outdoor wind flow and indoor airflow simulations is performed based on Particle Image Velocimetry (PIV) measurements for four different building configurations.
Fast indoor airflow simulations are necessary for building emergency management, preliminary design of sustainable buildings, and real-time indoor environment control.
In conclusion, airflow simulations were found to provide more realistic estimates of pressure differences and infiltration rates across entrance doors when compared to the widely-used design methods.
