To quantify the risk of the transmission of respiratory infections in indoor environments, we
systematically assessed exposure to talking-and breathing-generated respiratory droplets in …

The objective of this study is to evaluate how the removal and dispersion of the cooking-
generated particles in a residential unit vary with ventilation strategies. Computational fluid …

Effective infection prevention and control measures are required in the intensive care units
of hospitals, as these areas have a high incidence of nosocomial infections. Adopting proper …

Abstract This study employs Computational Fluid Dynamics (CFD) to assess the impact of
various ventilation configurations on respiratory droplet dispersion in a two-story restaurant …

This paper reviewed particle deposition behaviors and mechanisms in turbulent ventilation
duct flows. The main theoretical prediction models, experimental techniques and numerical …

Abstract The Grid Convergence Index (GCI) method requires at least three systematic mesh
refinements, each requiring the numerical solution to be in the asymptotic range. When the …

During cooking fume particulate and high temperature are unavoidable in indoor
environment and could pose serious threat to human health. This paper presents the …

Prediction of bacteria-carrying particle (BCP) dispersion and particle distribution released
from staff members in an operating room (OR) is very important for creating and sustaining a …

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 …

Aerial dispersion of pathogenic microorganisms and subsequent contamination of surfaces
is well recognised as a potential transmission route for hospital acquired infection …