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首页> 外文期刊>Architectural science review >Outdoor thermal sensation in a Mediterranean climate (Athens): The effect of selected microclimatic parameters
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Outdoor thermal sensation in a Mediterranean climate (Athens): The effect of selected microclimatic parameters

机译：地中海气候中的室外热感（雅典）：选定的微气候参数的影响

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摘要

The present study deals with the estimation of human thermal sensation zones in a Mediterranean climate (Athens). Field monitoring along with field surveys leading to a database of 2313 questionnaires were carried out in three open urban areas. Thermal sensation conditions were analysed under the influence of air temperature, relative humidity, solar radiation and wind speed. Thermal sensation zones were first defined using air temperature as a single parameter affecting thermal sensation. Logistic regression was appropriately used to define each thermal sensation zone. The thermal sensation zones were then determined using a combination of the microclimatic parameters to investigate the extent to which these parameters affect thermal sensation. Results showed that the thermal comfort zone is characterized by a quite wide air temperature range, on the order of more than 10℃. In addition, this zone presents always statistical insignificance in the P-values of residuals. These results imply that thermal comfort is a complex situation and adaptation plays an important role as far as this zone is concerned. By contrast, the other thermal sensation zones were found to present statistical significance in the P-values of residuals, implying thus that the examined microclimatic parameters seem quite adequate to define these zones.
机译：本研究涉及地中海气候（雅典）中人类热感区的估计。在三个开放的城市地区进行了实地监测和实地调查，从而获得了2313个问卷的数据库。在空气温度，相对湿度，太阳辐射和风速的影响下分析了热感觉条件。首先使用空气温度作为影响热感的单个参数来定义热感区域。逻辑回归被适当地用于定义每个热感觉区。然后使用微气候参数的组合确定热敏区域，以研究这些参数影响热敏的程度。结果表明，热舒适区的特征是相当宽的空气温度范围，大约超过10℃。此外，该区域在残差的P值中始终显示统计上的重要性。这些结果表明，热舒适性是一种复杂的情况，而就该区域而言，适应性起着重要作用。相比之下，发现其他热感区在残差的P值中具有统计学意义，因此暗示所检查的微气候参数似乎足以定义这些区。

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