The phrase "air distribution method" is correct and usable in written English.
It can be used in contexts related to HVAC systems, engineering, or any discussion about how air is circulated in a space.
Example: "The air distribution method used in this building ensures optimal comfort and energy efficiency for its occupants."
Alternatives: "airflow technique" or "ventilation strategy".
The room air distribution method results in contaminant concentration non-uniformity inside the occupied zone.
To address this issue, a new air distribution method, which could significantly reduce the pressure drop, was proposed to replace the conventional one.
Influence of an occupied zone obstruction level, air distribution method, air change rate, cooling load and contaminant source non-uniformity on the contaminant removal efficiency and occupied zone contaminant concentration uniformity were studied in scale model.
The six combinations of flooded and locally ducted air distribution make up the vast majority of all installations, except fully ducted air distribution methods.
The advanced air distribution methods such as displacement ventilation and personalized ventilation attempt to seek a balance between better indoor air environment and energy efficiency.
Contaminant supply non-uniformity was found to have great influence on the concentration non-uniformity with two tested air distribution methods.
The objective of this article is to review the scientific literature on airflow distribution systems and ventilation effectiveness to identify and assess the most suitable room air distribution methods for various spaces.
In this paper, an optimization design method for the air distribution mode of civil aircraft will be discussed based on Computational Fluid Dynamic (CFD) method and Micro-Genetic Algorithm (Micro-GA).
In this paper, using a newly defined cooling coil load calculation method for stratified air distribution (STRAD) systems, the effects of separate location of the return and exhaust grilles on thermal comfort and energy saving are experimentally investigated.
As one of the forced air ventilation methods, the underfloor air distribution (UFAD) system has been a subject of active research for its potential advantages of indoor thermal comfort (ITC) and indoor air quality (IAQ).
This chapter covers 10 different methods of data center air distribution based on two different floor architectures: hard floor and raised floor.
