The evaluation of buoyancy effect on urban ventilation, especially on low wind conditions, is
important for the extreme urban heat islands to improve urban climate resilience. To provide …

This paper investigates the spread of pollutants in a residential area of Almaty city. To
implement the problem, special attention is paid to taking into account real weather …

Computational fluid dynamics (CFD) is often used to predict flow structures in urban areas
for the determination of pollutant dispersion, human comfort or heat fluxes. During daytime …

Higher temperatures are measured in urban areas compared to surrounding rural areas due
to the urban heat island effect. One of the most efficient ways of removing heat from urban …

Anthropogenic heat is constantly emitted to the urban environment in which could trigger a
vicious cycle: risen the air temperature, subsequently increase the cooling-energy …

We examine transport and chemical transformation of reactive pollutants on an urban street
using a computation fluid dynamics (CFD) model coupled with full photochemistry of reactive …

A three-dimensional geometrical model was established based on a section of street
canyons in the 2nd Ring Road of Wuhan, China, and a mathematical model describing the …

In this study, the effects of aspect ratio defined as the ratio of building height to street width
on the dispersion of reactive pollutants in street canyons were investigated using a coupled …

Previous studies investigated the urban wind airflow under the isothermal condition, solar-
induced thermal wall and uniform wall temperature boundary conditions. The differences in …

The impact of diurnal variations of the heat fluxes from building and ground surfaces on the
fluid flow and air temperature distribution in street canyons is numerically investigated using …