The Covid-19 outbreak raised great attention to the importance of indoor air quality in
buildings. Even if the Covid-19 epidemic is nearing an end, all stakeholders agree that …

Experimental studies can provide understanding, knowledge and real-case empirical
evidence on the effects of building ventilation and environmental factors on airborne …

We do not fully grasp viral droplet transmission processes in ventilated interior
environments. The core focus of our research is to investigate the effectiveness of the …

Building ventilation is essential during COVID-19 to reduce airborne viral transmission risks,
while accurately estimating air change rates remains quite challenging. Due to the tracer …

Air distribution systems are essential for controlling indoor airborne cross-infection risks.
However, there is no consensus on the most effective system. This study compares the …

This paper presents and discusses the results of the “2022 International Computational Fluid
Dynamics Challenge on violent expiratory events” aimed at assessing the ability of different …

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 …

Abstract Background Patient isolation units (PIUs) can be an effective method for effective
infection control. Computational fluid dynamics (CFD) is commonly used for PIU design; …

Rapid prediction of indoor airborne contaminant distribution is crucial for controlling indoor
air quality. Markov chain technology, which uses matrix multiplication, is computationally …

The COVID-19 pandemic has significantly impacted people's daily lives for over three years.
Airports, with their dense population and frequent close contact, pose a higher risk of …