文章基本信息

标题：Study of thermal comfort in the City of São Paulo using ENVI-met model
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作者：Ana Claudia Carfan ; Emerson Galvani ; Jonas Teixeira Nery 等
期刊名称：Investigaciones Geográficas (Mx)
印刷版ISSN：0188-4611
出版年度：2012
期号：78
页码：34-47
语种：English
出版社：Universidad Nacional Autónoma de México
摘要：This study is aimed to analyze the thermal comfort indifferent areas in the city of São Paulo. Two different areas were selected, a densely built (Consolação district) and the other was Fontes do Ipiranga State Park (FISP), an area with only a fewbuildings and reduced impermeability. A micro-climatic ENVImetwas used to simulate the interaction surface-atmosphere in the urban environment. The model resolution is between 0.5 and 10m. This model was developed by Bruse and Fleer(1998) and Bruse (2004). Through the thermal comfort indexPMV (predicted mean vote) and MRT (mean radiant temperature) provided by the model, it revealed that the State Park displays PMV values close to comfortable compared to theother studied area. The analysis of thermal comfort index and the Wind flow showed the influence of high buildings in the local climatic environment.
其他摘要：This study is aimed to analyze the thermal comfort indifferent areas in the city of São Paulo. Two different areas were selected, a densely built (Consolação district) and the other was Fontes do Ipiranga State Park (FISP), an area with only a fewbuildings and reduced impermeability. A micro-climatic ENVImetwas used to simulate the interaction surface-atmosphere in the urban environment. The model resolution is between 0.5 and 10m. This model was developed by Bruse and Fleer(1998) and Bruse (2004). Through the thermal comfort indexPMV (predicted mean vote) and MRT (mean radiant temperature) provided by the model, it revealed that the State Park displays PMV values close to comfortable compared to theother studied area. The analysis of thermal comfort index and the Wind flow showed the influence of high buildings in the local climatic environment.
关键词：Thermal comfort; ENVI-met; urban climate. Confort térmico; ENVI-met; clima urbano.