The phrase "airflow control" is correct and usable in written English.
It can be used in contexts related to engineering, HVAC systems, or any situation where managing the movement of air is relevant.
Example: "The engineers implemented advanced airflow control systems to enhance the building's energy efficiency."
Alternatives: "air management" or "ventilation control".
In this paper, we develop a mathematical model to simulate such airflow control systems.
Airflow control is usually achieved by including a barrier/retarder in the roofing assembly.
In the second control strategy, an airflow control regulates the power generated by the turbine generator module by means of the modulation valve avoiding the stalling behaviour.
This paper employs the basic conception and method of control theory to construct the physical model of airflow control system of mine and derives its nonlinear dynamic equations.
Airflow control is also important, particularly if plant air is used for a conveying system, or if the air supply to a system needs to be proportioned between that delivered to a blow tank and that directed to the pipeline.
Model-based analysis and simulation of the airflow control system of ventilation units is of primary importance for the design and maintenance of the entire HVAC system in building environments.
This study presents analysis and optimal design of airflow controlling equipment for a VAWT, which is called a wind booster.
Results show that incident flow conditions (longitudinal or transverse airflow) controlled by the angle between incident flow and dune crestline exert great impact on wind flow patterns over the star dune.
The following safety measures were implemented: closed abdomen, laminar airflow, controlled aerosol waste, and protection curtain.
Dual airflow controls allow for easy control of the interior temperature.
Airflow controls should be easy to adjust and be located on the lid and the bottom of the grill.
