This article deals with the state-of-the-art of experimental and numerical studies carried out
regarding air pollutant dispersion in urban environments. Since the simulation of the …

The choice of proper turbulence models in computational fluid dynamics is still a challenging
issue for accurately predicting outdoor microclimate and thermal comfort conditions in urban …

This study performs computational fluid dynamics simulations for flow and dispersion fields
around an isolated cubic building model with tracer gases being exhausted from an exit …

This paper presents an extensive review of existing techniques used in estimating design
wind pressures considering Reynolds number and turbulence effects, as well as a case …

Many CFD studies have investigated the influence of computational parameters on the
predicted concentration distribution of pollutants around isolated buildings, but such studies …

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 …

In the present article, we introduce a local hybrid RANS/LES turbulence model, the Flow-
based Stress-Blended Eddy Simulation (Fb-SBES). The methodology is applied to urban …

In computational wind engineering, Large Eddy Simulation (LES) operates with superior
accuracy. However, this comes with a higher computational cost compared to Reynolds …

The aim of this work is to investigate the effect of a walking occupant disturbance, on the
performance of personalized ventilation (PV). A computational fluid dynamics (CFD) model …

The lift-up building design has been demonstrated to provide favorable wind comfort, but
there is a lack of investigation on optimum wind comfort condition. This study coupled …