An indoor environment in a hospital building requires a high indoor air quality (IAQ) to
overcome patients' risks of getting wound infections without interrupting the recovery …

Particulate matter (PM) resuspension from indoor surfaces is one of the leading causes of
occupant exposure to PM. It has been recognized as a main source of indoor air pollution by …

Human movement affects indoor airflow and the airborne transmission of respiratory
infectious diseases, which has attracted scholars. However, the interactive airflow between …

Indoor temperature stratification can be weakened or even eliminated by human movement
in displacement ventilation (DV). Thus far, the investigations of temperature destratification …

The existence of stable and continuous temperature stratification in displacement ventilation
systems could bring the advantages of energy savings and high ventilation efficiency. The …

Human movement could affect viral aerosol transmission. We carried out full-scale
experiments to study the effect of human movement on viral aerosols exhaled by a sitting …

This paper reviews studies on the human thermal plume and its influence on the inhalation
exposure to particulate matter in the breathing zone under different conditions. The human …

In local exhaust ventilation systems, external turbulence from eg human movements can
affect the capture efficiency of the system considerably. In this study, experimental and …

It is now widely recognised that aerosol transport is major vector for transmission of diseases
such as COVID-19, and quantification of aerosol transport in the built environment is critical …

The recent outbreak of respiratory infectious diseases such as Middle East Respiratory
Syndrome (MERS) and Coronavirus Disease-19 (COVID-19) highlights the critical role of Air …