Traditional smoke visualisation is based on stationary objects with a moving fluid. This paper
presents wake flow from moving manikins investigated by a new smoke visualisation …

An experimental technique using the chemical reaction between acetic acid (CH 3 COOH)
and cyclohexylamine (C 6 H 13 N) generated smoke to visualise wake flow from a moving …

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 …

High-quality measurements of the flow structures induced by human movements are
important for analyzing indoor air quality. This study measures the longitudinal and cross …

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 …

Human-induced wake flow characteristics and its interaction with thermal conditions was
investigated by performing CFD simulations with dynamic-meshing of a moving manikin …

The movement of people and other objects indoors may affect airflow patterns and velocities
near local exhaust ventilation hoods, and consequently has influence on the hoods' ability to …

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 …

This article investigates the aerodynamic effects of human movement by experiment and
numerical simulations. In the experiment, a life-size thermal manikin, a double-track orbit …

The mean and turbulent velocity field associated with the human thermal plume around a
heated body is examined herein. This investigation is focused on the effect of motion and …