Intensifying the proportion of urban green infrastructure has been considered as one of the
remedies for air pollution levels in cities, yet the impact of numerous vegetation types …

Street canyons are generally highly polluted urban environments due to high traffic
emissions and impeded dispersion. Green infrastructure (GI) is one potential passive control …

The article offers several variants of genetic algorithms, which are investigated using the
Rastrygin, Svedefel, Grivenko functions. The developed software is used to visualize the …

Urban vegetation has the potential to improve air quality as it promotes pollutant deposition
and retention. Urban air quality models often include the effect vegetation have on pollution …

Urban trees contribute to summer cooling by offering solar shading and evapotranspiration.
But their relative significance is still unclear due to the challenges in directly measuring tree …

Urban vegetation affects air quality through influencing pollutant deposition and dispersion.
Both processes are described by many existing models and experiments, on-site and in …

In the past 50 years, Computational Wind Engineering (CWE) has undergone a successful
transition from an emerging field into an increasingly established field in wind engineering …

Street-level concentrations of nitrogen dioxide (NO2) and particulate matter (PM) exceed
public health standards in many cities, causing increased mortality and morbidity …

Near-field pollutant dispersion in the urban environment involves the interaction of a plume
and the flow field perturbed by building obstacles. In the past two decades, micro-scale …

The paper reviews the evolution of computational wind engineering from environmental and
structural perspectives, since the inaugural conference of computational wind engineering …