The phrase "airflow building" is correct and usable in written English.
It can be used in contexts related to engineering, architecture, or HVAC systems where airflow dynamics are being discussed or analyzed.
Example: "The design of the airflow building is crucial for ensuring optimal ventilation and energy efficiency in the structure."
Alternatives: "airflow structure" or "ventilation system".
Two building densities are compared through the impacts on solar irradiance, wind airflows, building indoor temperatures and energy demand.
Air infiltration is the airflow across building envelope from air leakage through small cracks around windows, doors, and other unintentional openings in the building envelope.
The RSB also supports strategies for mitigating the urban heat island through increased airflow between buildings, the promotion of marketable green roofs and the reduction of transportation energy.
The CFD result confirms the functionality of the fluid machine to take advantage of the airflow over buildings in complex built-environments for wind power generation.
Two subgrid-scale models of large eddy simulation (LES), a Smagorinsky subgrid-scale (SS) model and a Filtered dynamic subgrid-scale (FDS) model, have been used to study airflow in buildings with natural ventilation.
Much effort in recent years has been directed toward the use of computational fluid dynamics in evaluating airflow through buildings based on the solution of Navier-Stokes equations incorporating a turbulence model.
The diffuser shroud mechanism can draw the airflow over buildings utilizing its special features such as, cycloidal curve geometry at the inlet and a vortex generating flange at the outlet, to guide and accelerate the airflow inside.
Due to their inherent design qualities, and issues such as planning requirements, these have much reduced output due to their form and siting and are unable to take advantage of augmented airflow around buildings.
Building managers could increase airflow in hot buildings, for example, which improves comfort.
New strategies to incorporate airflow calculations into building energy calculations are proposed, which are based on relationships between infiltration rates calculated using multizone airflow models, building characteristics, including envelope airtightness, weather conditions, and HVAC system operation.
