The phrase "air flow simulation" is correct and usable in written English.
It can be used in contexts related to engineering, physics, or computer simulations where the movement of air is being analyzed or modeled.
Example: "The engineers conducted an air flow simulation to optimize the design of the ventilation system."
Alternatives: "airflow modeling" or "air movement simulation".
These data are used to carry out a parametric analysis by using a thermal and air flow simulation tool specifically designed for offices in SE England.
A mixed-integer programming model to determine the optimum number of wells, their locations and pumping rates for soil vapor extraction (SVE) is developed by coupling an air flow simulation model (AIR3D) to the GAMS optimization software.
After the air flow simulation FLUENT starts MATLAB.
FLUENT reads in this data and performs a new air flow simulation with immersed jets.
For our set-up an air flow simulation takes around 30 minutes CPU-time, and the computation of a single jet takes approximatively just as long.
For all air flow simulations we use the same finite volume mesh Ω h whose refinement levels are initially chosen according to the unperturbed flow structure, independently of the glass jets.
Furthermore, the results suggest that the stack characteristic curve can be secured by straight-forward air-flow simulations instead of solving a detailed, mechanistic fuel-cell model, allowing for more efficient model-based design studies of fans interacting with a PEFC stack.
The potential of trickle ventilator integration in ventilation design of office buildings is investigated through air flow network simulations.
Other example of using CFD to study biomimetic fluid flow problems include simulation of air flow around flapping insect wings, numerical simulation of electro-osmotic flow near earthworm surface and simulation of explosive discharge of the bombardier beetle.
A CFD (Computational Fluid Dynamics) approach for air flow and temperature distribution simulation in the data centers is used.
For those buildings the ability of different plant configurations to improve indoor thermal conditions was considered taking into account the influence of several parameters, like weather conditions, internal gains, thermal transmittance, ventilation air flow rate, etc. Simulation results are compared in terms of energy savings and thermal comfort.
