Particle deposits on indoor surfaces can be as complex and diverse as the indoor
environments in which they exist. Dust loading can range over several orders of magnitude …

Human-induced wake flow characteristics and its impact on particle re-dispersion from the
floor was investigated by performing CFD simulations of a moving thermal manikin model …

The impact of human-induced wake flow and particle re-dispersion from floors in an indoor
environment was investigated by performing computational fluid dynamics simulations with …

The indoor airflow and contaminant particle concentration in two geometrically different
rooms have been investigated using the Large Eddy Simulation (LES) technique based on …

Vortex shedding in the wake flow generated by moving bodies exerts considerable influence
on pollutant dispersion. This study investigated the effects of different body shapes using …

This article presents a numerical study of indoor airflows and contaminant particle
transportation in three ventilated rooms. The realizable k− ε model is employed to model the …

Vacuum cleaner is known as a proper way to remove settled dust or aerosols from surfaces
to protect building occupants against abiotic and biological particles. In fact, the act of …

Lungs are natural porous structures that are unique, challenging, and high-value media to
study. There are multiple drivers to obtain an improved understanding of their architecture …

The airborne indoor pollen in a hospital of Badajoz (Spain) was monitored over two years
using a personal Burkard sampler. The air was sampled in four places indoors—one closed …

Deposition velocities of aerosol on building and monument vertical surfaces have scarcely
been documented and modeled so far. A methodology is proposed based on simultaneous …