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Enhanced conduction-corrected modified effective temperature as the outdoor thermal environment evaluation index upon the human body

机译:增强的传导校正修正有效温度作为对人体的室外热环境评估指标

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This paper aims to clarity the handling technique of the solar radiation in an element of the thermal environment evaluation indices and to add expansions and improvements to conduction-corrected modified effective temperature ETF (Kurazumi et al., 2009) that can quantify the comprehensive effect on sensational and physiological sense and the effect of individual meteorological elements on the same evaluation axis applicable to an outdoor environment. Mean radiant temperature and radiant heat transfer coefficient of the outdoor space was defined. Enhanced conduction-corrected modified effective temperature ETFe that is ETF including short-wave solar radiation in outdoor space was defined. This sensational and physiological climatic environment index can make temperature convert each effect of difference in posture; air velocity; long-wave radiation in the outdoor space; short-wave solar radiation; contact surface temperature and humidity into individual meteorological elements. The addition of each temperature-converted factor is possible and quantifying the composite effect on sensational and physiological sense in the outdoor spaces as well as the discrete effect of each meteorological element is possible on the same evaluation axis. Consequently, it is possible to make the climate modification effects due to tree shade and areas of water that improve the urban thermal environment quantitatively explicit.
机译:本文旨在澄清热环境评估指标中太阳辐射的处理技术,并对传导校正的修正有效温度ETF(Kurazumi等,2009)进行扩展和改进,以量化对环境的综合影响。感觉和生理意义以及单个气象元素在同一评估轴上的影响,适用于室外环境。定义了室外空间的平均辐射温度和辐射传热系数。定义了增强的传导校正的修正有效温度ETFe,该ETFe是包括室外空间中的短波太阳辐射的ETF。这种感性和生理性的气候环境指数可以使温度转换姿势不同的每种影响;风速室外空间中的长波辐射;太阳短波辐射;接触面的温度和湿度被分解成各个气象要素。每个温度转换因子的添加是可能的,并且可以量化在室外空间中对感觉和生理感的综合影响,以及每个气象元素在同一评估轴上的离散影响。因此,有可能使由于树荫和水域引起的气候变化效应在数量上显着地改善了城市的热环境。

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