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Climatically responsive urban configuration in residential area: Research gaps

机译：住宅区的高度响应城市配置：研究差距

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The increase of Urban Heat Island (UHI) intensity in big cities has become a real challenge for the urban climate adaptation agenda. Modification of urban microclimates in residential areas certainly contributes to this issue. This study stresses the concept of Climatically Responsive Urban Configuration (CRUC) to propose sustainable urban configurations tropical cities. The study emphasizes that Oke's empirical model on the heat energy in urban canyon space plays a significant role in defining the research gaps in CRUC concept. It simulated hourly air temperature by using Oke's model and ENVI-met simulation in four urban configurations of residential areas in Kuala Lumpur. The results of both methods validate the trend of high air temperature in residential areas were caused by the reduction of Sky View Factor (SVF) value. However, the results strongly point out that Oke's model as the pioneer approach in urban heat energy does not just apply in urban canyon but also in other types of urban configuration. The findings suggested recommendations of CRUC to meet the climate adaptation agenda.
机译：大城市城市热岛（UHI）强度的增加成为城市气候适应议程的真正挑战。住宅区城市微观亚麻层的修改肯定有助于这个问题。本研究强调了气候响应城市配置（CRUC）的概念，提出了可持续的城市配置热带城市。该研究强调，奥克斯城市峡谷空间中热能的实证模型在定义CRUC概念中的研究差距方面发挥着重要作用。它通过在吉隆坡的四个城市配置中使用OKE的模型和Envi-Met仿真模拟了每小时的空气温度。两种方法的结果验证了住宅区高空气温度的趋势是由天空视图因子（SVF）值的减少引起的。然而，结果强烈指出，Oke的模型随着城市热能的先驱方法不仅适用于城市峡谷，而且在其他类型的城市配置中。调查结果提出了CRUC的建议，以满足气候适应议程。

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