The phrase "air flow distribution" is correct and usable in written English.
It can be used in contexts related to engineering, HVAC systems, or any discussion involving the movement of air within a space.
Example: "The design of the ventilation system is crucial for ensuring proper air flow distribution throughout the building."
Alternatives: "air distribution" or "airflow management".
Moreover, the uniform of air flow distribution can be further improved by adding vertical baffles.
The practical application for uniform air flow distribution is conducted according to the employed design method.
The unbalance rate of air flow distribution is less than 10%.
The developed design method is of great significance to obtain uniform air flow distribution.
Numerical simulation method is adopted to optimize the design of air flow distribution in China Pavilion.
Non-uniform inlet air flow distribution has a substantial effect on heat exchanger performance.
Unfavorable design can cause uneven mass flow and air flow distributions, broad residence time distributions and, hence, inhomogeneous drying histories of the particles resulting in non-uniform drying.
Computational fluid dynamics technique is used to simulate the temperature and air flow distributions in an innovative design of drying chamber.
Computational assessments of the air-side heat transfer and pressure drop characteristics for a variety of inlet air flow distributions and geometrical parameters of staggered plate fin-and-tube heat exchangers were undertaken on heat exchangers with different longitudinal tube pitches, transversal tube pitches, and fin pitches.
In this paper numerical transient simulations were used to investigate the air flow patterns, distribution and velocity, and the particulate dispersion inside an existing typical hospitalization room equipped with an advanced Heating Ventilation Air Conditioning (HVAC), with Variable Air Volume (VAV) primary air system designed for immune-suppressed patients never modelled before.
The simulation is designed to investigate the direction and rate of air flow, temperature distribution and emergency ventilation responses.
