id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_bqkvl6ds4jgtphhziuhppe3kau	Hangyu Zhao	Numerical Simulation of Indoor Thermal Environment Effected by Air Supply Temperature and Grille Angle on Stratum Ventilation in a Typical Office	2015	6	.pdf	application/pdf	2063	241	60	Numerical Simulation of Indoor Thermal Environment Effected by Air Supply Temperature and Grille Angle on Stratum Ventilation in a Typical Office Air Supply Temperature and Grille Angle on Stratum Ventilation in indoor thermal environment effected on air supply temperature and grille angle was explored and human thermal comfort and When the air supply angle was 90 degrees, PPD achieved the maximum value. Keywords: Stratum Ventilation; Numerical Simulation; Air Supply Angle; Thermal Comfort experimental and numerical studies showed that the design temperature of air-conditioned room could be improved showed that under the condition of the air supply temperature unchanging, indoor predicted percentage of 150 degrees, under the condition of different air supply temperature, the indoor predicted percentage of dissatisfaction indoor temperature and average wind speed in air-conditioned room appeared overall upward trend with the air supply the air supply temperature and other parameters were unchanging, the average value of PPD was increased firstly and 	./cache/work_bqkvl6ds4jgtphhziuhppe3kau.pdf	./txt/work_bqkvl6ds4jgtphhziuhppe3kau.txt