CHANGING MICROCLIMATE CONDITIONS AND HEAT FLOW REDISTRIBUTION IN AN URBAN ENVIRONMENT

This article examines the impact of high-density urban development on the formation of the urban heat island effect. The main factors contributing to temperature increase in cities are analyzed, including increased building density, the use of heat-absorbing construction materials, reduction of green spaces, and the growth of anthropogenic heat emissions. Special attention is given to changes in microclimatic conditions and the redistribution of heat flows in an urbanized environment. Based on the analysis, patterns of increasing temperature contrast between central and peripheral urban areas have been identified.本文旨在探究高密度城市开发对城市热岛效应（urban heat island effect）形成的影响。研究系统分析了城市气温升高的主要驱动因子，涵盖建筑密度提升、吸热型建筑材料的使用、绿地面积缩减以及人为热排放量的增长等维度。本研究重点关注城市化环境下的微气候条件变化与热流再分布特征，并基于上述分析明确了城市中心区与外围城区间气温差持续扩大的演化规律。