The Influence of Diverse Building Height and Building Coverage Ratio on Outdoor Thermal Performance in Hot Climates: A Review

Mariam Ashraf Adly
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引用次数: 1

Abstract

Although urban form can significantly affect outdoor climatic conditions, urban planners do not sufficiently consider such impact while designing new urban communities in Egypt. Proper configuration of urban blocks can make positive contribution to alleviating the adverse effects of urban climate. However, new cities are constructed to be formed from lowly dense buildings that overlook curvilinear streets networks without considering orientation. Furthermore, the use of unified building heights, spaces of low aspect ratio and high sky view factor lead to less shaded areas. The research at hand aims to shed light on literature that discuss urban form parameters and their relation with outdoor spaces thermal performance in warmer climates. These studies are classified, analysed and compared in terms of the investigated parameters, and the methodological approach of each study. The findings can help to define gaps in the existing literature while providing holistic overview of the current state of art.
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热气候条件下不同建筑高度和建筑覆盖率对室外热工性能的影响
尽管城市形态会显著影响室外气候条件,但埃及的城市规划者在设计新的城市社区时并未充分考虑这种影响。城市街区的合理配置对缓解城市气候的不利影响具有积极作用。然而,新城市是由低密度的建筑构成的,这些建筑可以俯瞰曲线的街道网络,而不考虑朝向。此外,使用统一的建筑高度,低纵横比的空间和高的天空景观因子导致阴影区域减少。手头的研究旨在阐明在温暖气候下讨论城市形态参数及其与室外空间热性能的关系的文献。这些研究被分类,分析和比较的调查参数,以及每项研究的方法方法。这些发现可以帮助定义现有文献中的差距,同时提供对当前艺术状态的整体概述。
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