id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-014919-fne8p8h8	Wu, Yan	Air infiltration induced inter-unit dispersion and infectious risk assessment in a high-rise residential building	2017-07-10		.txt	text/plain	5131	283	54	The effect of wind direction on inter-unit dispersion level is significant, and the presence of a contaminant source in the windward side results in the highest cross-infection risks in other adjacent units on the same floor. ( , 2011 further studied the characteristics of inter-unit dispersion induced by single-sided natural ventilation and the cross-contamination around a HRR building using CFD modeling approach and wind tunnel experiments. Mak (2014, 2016) systematically evaluated and improved the CFD methods for simulating the single-sided natural ventilation and inter-unit dispersion, especially in predicting of coupled indoor and outdoor airflow and dispersion, and it was found that not only vertically upward, but also vertically downward and horizontal transmission can occur under wind effects along the façade. To investigate the effect of air tightness on inter-unit pollutant dispersion and cross-infection, cases with different leakage data of windows and doors (representing external airflow path and internal airflow path, respectively) were calculated.	./cache/cord-014919-fne8p8h8.txt	./txt/cord-014919-fne8p8h8.txt