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Sustainable Climate Response Connectors at The University of Arizona to Improve User Performance and Reduce Carbon Footprint

机译:亚利桑那大学的可持续气候响应连接器可改善用户性能并减少碳足迹

摘要

The University of Arizona Main Campus is located in the city of Tucson, Arizona. A place that confronts high air temperatures and extreme solar radiation almost all year around. Currently, more than 38,000 students are enrolled as full-time facing the extreme climate conditions of heat. Thousands of students walk from one place to another experiencing uncomfortable walks causing them heat stress.udCampus infrastructure is not capable to interact with the weather conditions of Tucson. The lack of shaded paths, materials with high emissivity of heat, nonnative vegetation, among other factors, make the walks unpleasant. This challenge affects people's health and consecutively the performance of cooling systems once the people enter to buildings overheated.udOutdoor human thermal comfort in arid and desert areas is a relevant topic that carries implications and benefits on people and buildings performance. The amount and intensity of activities within individuals affects the level of comfort.
机译:亚利桑那大学主校区位于亚利桑那州图森市。这个地方几乎一年四季都面临着高温和极端的太阳辐射。目前,有38,000多名全日制学生报名参加,面对极端炎热的气候条件。成千上万的学生从一个地方步行到另一个地方,经历了不舒服的步行,使他们感到热压力。 ud校园校园基础设施无法与图森的天气状况互动。缺少阴影的路径,具有高热辐射率的材料,非自然植被等因素使步行变得不愉快。一旦人们进入过热的建筑物,这一挑战就会影响人们的健康,并进而影响冷却系统的性能。 ud干旱和沙漠地区的室外人类热舒适性是一个相关话题,对人们和建筑物的性能具有影响和益处。个人内部活动的数量和强度会影响舒适度。

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    Rojas Cesar Alberto;

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  • 年度 2017
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