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Thermal Comfort Levels In A Room With Solar Radiation

机译:带有太阳辐射的房间的热舒适水平

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Thermal comfort in occupied spaces is important for building occupants. The thermal sensation they experience is highly correlated to the intensity of solar radiation, orientation of windows, and surface reflectance from the walls. The objective of this study is to predict the changes in thermal comfort levels in a space due to solar radiation during summer time and at different locations inside a room. A box model was used for predicting the mean radiant temperature. The model was based on basic radiant heat transfer theories and shape factors. A measurement was carried out to validate the data derived from the model. The mean radiant temperature was then applied to the Predicted Mean Vote (PMV) and Predicted Percentage of Dissatisfaction (PPD). This study should be useful for optimizing thermal comfort, windows areas, and use of daylight.
机译:占用空间中的热舒适性对于建筑物居住者很重要。他们感受到的热感与太阳辐射的强度,窗户的方向以及墙壁的表面反射率高度相关。这项研究的目的是预测夏季和室内不同位置由于太阳辐射而引起的空间热舒适水平的变化。使用盒子模型来预测平均辐射温度。该模型基于基本的辐射传热理论和形状因子。进行了测量以验证从模型导出的数据。然后将平均辐射温度应用于预测的平均投票(PMV)和预测的不满意百分比(PPD)。这项研究对于优化热舒适性,窗户面积和利用日光应是有用的。

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