As mandatory masking and social distancing measures decrease post-COVID-19, the risk of
airborne pathogen transmission in crowded indoor spaces remains a significant public …

Nowadays computational fluid dynamics now assists ventilation system designers and
architects in understanding the induced flow behaviour in the indoor environment. The use …

We present a statistical framework to account for effects of recycling and filtration in
ventilation systems for the estimation of airborne droplet nuclei concentration in indoor …

We investigate the dispersal of droplet nuclei inside a canonical room of size 10× 10× 3. 2 m
3 with a four-way cassette air-conditioning unit placed at the center of the ceiling. We use …

Short‐range exposure to airborne virus‐laden respiratory droplets is an effective
transmission route of respiratory diseases, as exemplified by Coronavirus Disease 2019 …

Abstract We conducted Euler–Lagrange Reynolds-Averaged Navier–Stokes simulations
with statistical overloading to investigate the effect of room shape, air-condition (AC) …

This paper uses unique data from Lebanon to explore the factors affecting promotion in
academia. We use the Ordered Probit model to answer the research question empirically …

Owing to the spread of COVID-19, the need for an inspection center that can quickly
determine whether travelers using the airport are infected has emerged. For rapid …

A well‐ventilated room is essential to reduce the risk of airborne transmission. As such, the
scientific community sets minimum limits on ventilation with the idea that increased …

Influence of internal heating and natural convection on airborne transmission of viral
diseases - IOPscience Skip to content IOP Science home Accessibility Help Search all …