… CFD geometry of the indoor dispersion test case room. The supply vents are coloured blue
and the extracts green. (For interpretation of the references to colour in this figure legend, the …

… the reduced levels of turbulent viscosity close to the wall, while … The objective of this study
is to assess the accuracy of 3D … and CFD sensitivity studies for non-isothermal indoor airflows …

… The major objective of this investigation was to evaluate the … in a large indoor environment
with various obstacles. … distribution of heavy gas pollutants in a large indoor space; b) the …

… the CFD simulation, it is currently the most widely used research method, which can get much
more detailed information of indoor … Then the windows and doors were opened or closed …

… the study showed … CFD predictions revealed that occupant generated convective airflow
causes drawing of near-floor emitted gaseous pollutants towards the occupant under isothermal …

… When there were indoor pollution sources, the top-supply down… airflow were predicted
using the Fluent and Gambit, CFD … The room was considered non-isothermal from the northern …

… contaminants inside isothermal three-dimensional chamber in … and exposure to pollutants
in chamber-test equipped with … is performed using the general purpose finite-volume CFD …

… density of the gas source during isothermal conditions. The standard … by mixing ventilation
with inlet wall jet, considering different … Consequently, this study shows the advantages of CFD …

… The selection of the mixing time for the pollutant transient … strongly with the indoor air, and
the mixing factor is close to one. … In this study, the CFD tool was used to analyse the mixing …

… In the present study, computation fluid dynamics (CFD) was … of “airflows and pollutants”
inspired this research: transitional effects … The room conditions are isothermal (ie, the supplied air …