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Development of a Methodology to Quantify the Impact of Fenestration Systems on Human Thermal Comfort

机译:量化窗框系统对人体热舒适性影响的方法的发展

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摘要

This paper discusses the development of a methodology to quantify the impact of fenestration systems on human thermal comfort with a representative case study. The methodology is based on the Building Comfort Analysis Program that was developed during ASHRAE research projects 657 and 907. Human thermal comfort is achieved by maintaining a heat balance between the human body and the environment. This is accomplished by convection and radiation. In a room there are other associated issues, such as conduction through the walls, convection past the walls, and radiation between the various surfaces, that will influence comfort. The presence of fenestration systems adds complexity to the problem as fenestration products have different optical and thermal properties. This paper expands on the existing three-dimensional mathematical model by incorporating a method to read in a user-defined fenestration system and also read in the properties obtained from the widely available Window 5.1™ program. A representative case study is analyzed to illustrate the means of quantifying the results. Results have been quantified as a percentage of comfortable floor area.
机译:本文讨论了一种具有代表性的案例研究,该方法旨在量化开窗系统对人体热舒适度的影响。该方法基于在ASHRAE研究项目657和907期间开发的“建筑舒适性分析程序”。通过保持人体与环境之间的热量平衡来实现人体的热舒适性。这是通过对流和辐射实现的。在房间中,还有其他相关问题,例如穿过墙壁的传导,穿过墙壁的对流以及各个表面之间的辐射,这些都会影响舒适度。开窗系统的存在增加了问题的复杂性,因为开窗产品具有不同的光学和热性能。本文通过结合一种在用户定义的开窗系统中读取以及从广泛使用的Window 5.1™程序获得的属性的方法,扩展了现有的三维数学模型。分析了一个有代表性的案例研究,以说明量化结果的方法。结果已量化为舒适地板面积的百分比。

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