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Thermal Performance of Traditional and New Concept Houses in the Ancient Village of San Pedro De Atacama and Surroundings

机译:圣佩德罗·德·阿塔卡马古村落中传统和新概念房屋的热性能及周围环境

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Earth, wood and others traditional materials are still used in house constructions in many regions of the world, especially in the Andes. San Pedro de Atacama, for example, is a small town where earth blocks (adobes) and rammed earth (tapial) are important ways to construct, an art passed on through generations. Energy properties of earth are very interesting: thermal conductivity is low; heat storage capacity is high; color is variable and can be used to absorb or to reject solar radiation. However, nowadays the government social dwelling service is proposing a different type of construction, which does not maintain any relation with the tradition. This paper presents simulation studies and monitoring of four different San Pedro houses, constructed by using different techniques and materials. Results can be used to discuss the thermal performance needed in desert climate and the reliability of social dwelling service houses, under construction at this time in the town.
机译:在世界许多地区,尤其是安第斯山脉,房屋建筑中仍使用泥土,木材和其他传统材料。例如,圣佩德罗·德·阿塔卡马(San Pedro de Atacama)是一个小镇,这里的土块(adobes)和夯土(tapial)是重要的建造方式,是几代人传承的艺术。地球的能量特性非常有趣:导热系数低;蓄热能力高;颜色是可变的,可用于吸收或拒绝太阳辐射。但是,如今,政府的社会住宅服务正在提议一种不同类型的建筑,该建筑与传统没有任何关系。本文介绍了使用不同技术和材料建造的四种不同的San Pedro房屋的仿真研究和监控。结果可用于讨论沙漠气候所需的热性能以及目前正在该镇建设中的社会住宅服务房的可靠性。

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