The phrase "air inflow" is correct and usable in written English.
It can be used in contexts related to ventilation, aerodynamics, or environmental science, where the movement of air into a space or system is being discussed.
Example: "The design of the building maximizes air inflow to improve indoor air quality and reduce energy consumption."
Alternatives: "air intake" or "air entry".
Furthermore, two model approaches for the air inflow are evaluated.
The 50% cut size with the free air inflow cyclone is smaller than that without the free air inflow cyclone under the same pressure drop condition.
Previous relations for the air inflow and heat release rate inside the enclosure were verified.
Effects of flow dimensionality, turbulence intensity, mesh sensitivity, opening size and ratios for venting and air inflow rate were investigated.
The air inflow to the discus should arrive from the upper side at the very beginning of the flight.
The optimum flow ratio defined by the free air inflow rate to main flow rate is 0.4.
The two-stream nature of the problem allowed the use of the non-premixed formulation in that the calculations were started from the premixing chamber wherein fuel and air inflows were separated.
The tracers were assumed to move with the speed of the horizontal wind at the height of 0.8 km, so that the paths of the air inflows before their arrival at the northern rainfall region could be used to check the influence of the southern rainfall region on the northern vortices.
The level of chilling injury and mass loss per box show a different trend with increasing air-inflow velocity.
For all existing package designs, the optimal air-inflow velocity is found to lie in the range 0.4 1 m/s (or 3 5 L s−1 kg−1), any further increase in airflow rate simply wastes energy because it leads to a relatively low increase in cooling rate and uniformity.
The ventilation factor (A√H) is proportional to the rate of air mass inflow for under-ventilated conditions.
