Respiratory disease transmission in indoor environments presents persistent challenges for
health authorities, as exemplified by the recent COVID-19 pandemic. This underscores the …

Analyzing multiple physical factors simultaneously to determine optimal ventilation solutions
can be challenging. Furthermore, this type of analysis needs a large case number to be …

Purpose This study aims to explore the impact of the indoor environment on recovery from
COVID-19 infections. Extant literature on the impact of the four key themes of the indoor …

The infection risk assessment associated with the contaminant inhalation can provide a
scientific basis for formulating mitigation measures. Previous studies on the breathing zone …

Offshore crews often work near each other due to limited space, signifying a complex
environment for the airborne transmission of the coronavirus (COVID-19). During offshore …

Nowadays, urban bus has become one of the closely human-related environments. The
exhaled droplets when passengers breath, talk, cough and sneeze will undergo a series of …

With the COVID-19 pandemic, the role of infectious disease spreading in public places has
been brought into focus more than ever. Places that are of particular interest regarding the …

Lockdown rules have been arbitrarily applied to curtail respiratory disease outbreaks without
being certain about indoor-outdoor droplet transmission mechanisms and associated …

The impact of mechanical ventilation on airborne diseases is not completely known. The
recent pandemic of COVID-19 clearly showed that additional investigations are necessary …

Classrooms pose a huge risk from the cross-infection of respiratory infections. However,
quantitative research on the combined effect of the location of the infected individual and …