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Calculated and observed human thermal sensation in an extremely hot and dry climate

机译:在极热和干燥的气候中计算并观察到的人类热感

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Thermal perception of 36 students has been calculated and observed in a case study on the 10th and 11th of July 2000 at Kibbutz Yotvata under extremely hot and arid climatic conditions. Calculations of thermal sensations were done by energy balance models of Fanger [Thermal Comfort: Analysis and Applications in Environmental Engineering, McGraw-Hill, New York, 1972] and Gagge et al. [ASHRAE Trans. 92 (1986) 709]. Observed and calculated values differed considerably during the daytime under extremely hot conditions, whereas they corresponded well for warm night-time conditions. A temporal development of the differences lead to a theory, which explains the differences according to the factors "short-term thermal adaptation" and "thermal expectation".
机译:2000年7月10日至11日,在极端炎热和干旱的气候条件下,在基布兹Yotvata进行了案例研究,计算并观察到36名学生的热感知。通过Fanger [热舒适:环境工程的分析和应用,McGraw-Hill,纽约,1972年]和Gagge等人的能量平衡模型完成了热感的计算。 [ASHRAE Trans。 92(1986)709]。在极端炎热的条件下,白天的观测和计算值相差很大,而在温暖的夜间条件下,它们的对应值很好。差异的暂时发展导致了一种理论,该理论根据“短期热适应”和“热期望”因素来解释差异。

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