Quantifying the Impact of Urban and Physiological Parameters on Outdoor Human Thermal Environments
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浅見 泰司
Outdoor human thermal environments play an important part in the health and quality of life of urban dwellers. Single meteorological parameters such as air temperature have been shown to be insufficient for describing outdoor human thermal environments. This study takes a comprehensive look at the key factors influencing outdoor human thermal environments. An adapted version of the Gagge two-node model is used to simulate the body energy balance, nested within the ENVI-met CFD model that simulates the urban energy balance. The nested model allows for the simulation of non-steady state (transient) body energy balances of pedestrians traversing an urban study area, while assessing the effects of changes to urban characteristics, micrometeorology and individual differences. Included in the study is consideration of thermal comfort through dependents variables such as skin wettedness, sweat rate and body temperatures.
変更のために新しい申請を保存します。 This will save a new application on the system for a modification.
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花木啓祐 / 東京大学大学院工学系研究科都市工学専攻
ルーベン リ / 東京大学 工学部都市工学科 環境システム研究室
栗栖 聖 / 東京大学 環境システム研究室
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Zmap TOWN II 2008/09年度（Shape版）東京都 データセット
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