Numerical Simulation of Different Ventilation Methods in Small Meeting Rooms

For a long time, conference rooms have served as vital workplaces where indoor air quality directly impacts the physical and mental well-being as well as work efficiency of occupants. Therefore, selecting a ventilation method that simultaneously meets human comfort and indoor air quality requirements while achieving energy-saving objectives is particularly crucial. This paper employs Fluent software and computational fluid dynamics (CFD) analysis to simulate and analyze the velocity field distribution within different ventilation configurations for conference rooms, providing a theoretical basis for creating optimal indoor environments.