Department of Mechanical Engineering, Gazi University, Ankara, Turkey.
J Environ Health Sci Eng. 2013 Dec 19;11(1):32. doi: 10.1186/2052-336X-11-32.
Fanger's PMV equation is the result of the combined quantitative effects of the air temperature, mean radiant temperature, relative air velocity, humidity, activity level and clothing insulation.
This paper contains a comparison of suit dresses and summer clothes in terms of thermal comfort, Fanger's PMV equation. Studies were processed in the winter for an office, which locates in Ankara, Turkey. The office was partitioned to fifty square cells. Humidity, relative air velocity, air temperature and mean radiant temperature were measured on the centre points of these cells. Thermal comfort analyses were processed for suit dressing (Icl = 1 clo) and summer clothing (Icl = 0.5 clo).
Discomfort/comfort in an environment for different clothing types can be seen in this study. The relationship between indoor thermal comfort distribution and clothing type was discussed. Graphics about thermal comfort were sketched according to cells.
Conclusions about the thermal comfort of occupants were given by PMV graphics.
范格热舒适方程是空气温度、平均辐射温度、相对空气速度、湿度、活动水平和服装热阻综合定量影响的结果。
本文比较了套装和夏季服装的热舒适性，采用了范格热舒适方程。该研究在土耳其安卡拉的一个办公室进行，该办公室被划分为五十个五十平方米的单元。在这些单元的中心点测量了湿度、相对空气速度、空气温度和平均辐射温度。对套装（Icl=1 clo）和夏季服装（Icl=0.5 clo）进行了热舒适分析。
本研究可以看出不同服装类型环境下的不适/舒适情况。讨论了室内热舒适分布与服装类型的关系。根据单元绘制了热舒适图。
根据 PMV 图给出了关于居住者热舒适的结论。
