Infrastructure-based heat reduction strategies can help cities adapt to high temperatures, but
simulations of their cooling potential yield widely varying predictions. We systematically …

Urban geometry influences urban microclimate by changing both radiation and ventilation
processes. Full-scale experiments provide significant information on urban microclimate but …

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 …

This paper is investigated the comprehensive study of the nitrogen dioxide pollution
distribution in a specific street in Almaty city, Kazakhstan. It was given a generalized …

Urban heterogeneity, such as the variation of street layouts, building shapes, and building
heights, cannot be fully represented by density parameters commonly used in idealized …

We conducted large‐eddy simulations over 98 urban arrays with varying building densities
and height distributions. Compared with uniform‐height urban arrays, the influence of height …

Street trees are an important driver of street microclimate through shading and transpirative
cooling, which are key mechanisms for improving thermal comfort in urban areas. Urban …

Urban climate models can predict the environmental impacts of urban development by
simulating the exchange processes between the atmosphere and urban surfaces. A …

In this paper, a mathematical model has been developed that describes the characteristics
of fluid flow and dispersion of pollutants in a certain quarter of Almaty city, Kazakhstan. The …

Cities have a significant impact on the environment, forming microclimatic features such as
urban heat island, an increase in the intensity of convective weather events, etc. Numerical …