Numerical Simulation and Experiment Study of Indoors Thermal Environment in Summer Air-Conditioned Room

摘要

This paper utilizes PHOENICS to carry on the three-dimensional numerical simulation to the office indoors thermal environment of the summer air-conditioned room. The velocity and air temperature field are simulated and through using instrument an experiment text has been done to gain the indoor temperature and velocity. The numerical simulation results show great agreement with the experiment data through analyzing and comparing. It indicates that the model is correct and the simulation results is believable. This research shows that it can carry on the indoor thermal environment numerical prediction and evaluation through utilizing PHOENICS simulation. It provides a basis reference for the reasonably supplying of air parameters in air-conditioning room.