The dispersion characteristics of respiratory droplets are important in controlling
transmission of airborne diseases indoors. This study investigates the spatial concentration …

The increasing incidence of indoor airborne infections has prompted attention upon the
investigation of expiratory droplet dispersion and transport in built environments. In this …

This study employs a numerical model to investigate the dispersion characteristics of human
exhaled droplets in ventilation rooms. The numerical model is validated by two different …

Since the severe acute respiratory syndrome (SARS) epidemics in 2003, more attention is
given to ventilation effects on airborne infection control. Questions remain on whether the …

This study examines the characteristics of the airborne spread of exhaled droplet nuclei
between two persons indoors with horizontal airflow distribution in a full-scale test room …

The objective of this study is to understand the distribution of droplet aerosols in an air-
conditioned room, which is very important to comprehend how infectious bacteria and …

Understanding the role of human expiratory flows on respiratory infection in ventilated
environments is useful for taking appropriate interventions to minimize the infection risk …

Understanding of droplet nuclei dispersion and transport characteristics can provide more
engineering strategies to control transmission of airborne diseases. Droplet dispersion in a …

To quantify the risk of the transmission of respiratory infections in indoor environments, we
systematically assessed exposure to talking-and breathing-generated respiratory droplets in …

Airborne viruses can be transmitted from infected person to healthy one through small
respiratory droplets. Comprehensive information on the dispersion pattern of saliva droplets …