With concerns about the potential for the aerosol and airborne transmission of infectious
agents, particularly influenza, more attention is being focused on the effectiveness of …

The air movement and aerosol particle concentration and deposition in displacement and
mixing ventilation rooms are studied numerically. The discrete trajectory model is adopted to …

This study contributes a new model to simulate the evaporation and dispersion of sputum
droplets from human coughs or sneezes. It is the first time different chemical components …

The airborne transmission of the COVID-19 virus has been suggested as a major mode of
transmission in recent studies. In this context, we studied the spatial transmission of COVID …

A CFD analysis of air movement and aerosol particle deposition and distribution in a
ventilated two-zone system with a small interzonal opening is presented. The comparisons …

Computational Fluid Dynamics (CFD) is an increasingly popular tool for studying the impact
of design interventions on the transport of infectious microorganisms. While much of the …

In this paper, several factors influencing particle deposition in indoor environments are
analyzed with an analytical model and a three-dimensional drift flux model combined with …

Studying the indoor dynamics that impact particles is crucial in order to understand indoor
air chemistry and assess overall human exposure to particles. This work investigates spatial …

This study reports on a numerical investigation of transport behavior of indoor airflow and
size-dependent particulate matter (PM) in multi-room buildings. An indoor size-dependent …

The main objective of this study is to investigate the transport mechanisms of size-
dependent airborne particulate matters in partitioned indoor environment. A three …