The phrase "air distribution performance" is correct and usable in written English.
It can be used in contexts related to HVAC systems, environmental control, or any situation where the effectiveness of air distribution is being evaluated.
Example: "The air distribution performance of the new ventilation system significantly improved indoor air quality."
Alternatives: "airflow efficiency" or "ventilation effectiveness".
Six indices were used to evaluate the air distribution performance.
The two metrics that are commonly used for design and assessment of supply air distribution in the space are: air distribution performance index (ADPI) and the Air Change Effectiveness (E), respectively.
With proper design, stratum ventilation can maintain a thermally comfortable environment that has a horizontal airflow at head level, a small and reverse temperature gradient between the head and foot levels, and a high air distribution performance index.
A flotation cell that enables the study of the effects of different air distribution profiles on flotation performance has been designed.
The two methods are then applied to different types of room air distribution to compare their performances in terms of IAQ provision for occupants and energy efficiency.
A method for evaluating the performance of air distribution systems that uses the ventilation and energy effectiveness is then introduced.
This paper presents an air temperature distribution and refrigeration system dynamic coupling model to assess the performance of air distribution systems used in chilled food processing areas and its energy consumption impact.
The position of the return air vent significantly influences the performance of underfloor air distribution (UFAD) systems with split-return/exhaust configuration.
Uneven air distribution is a major problem in the performance of batch dryers.
Thus, this experimental investigation focuses on the performances of three different air distribution systems in an open-plan office space.
Different locations for the diffusers and velocities of the supply air are varied to determine what produces a better performance for the under floor air distribution system.
