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首页> 外文期刊>Journal of Asian architecture and building engineering >Thermal Performance Evaluation of a Dynamic Insulation Technology Applied to a Timber Framework House in a Real Environment
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Thermal Performance Evaluation of a Dynamic Insulation Technology Applied to a Timber Framework House in a Real Environment

机译:实际环境中应用于木构房屋的动态隔热技术的热性能评估

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This paper presents the thermal performance evaluation of a dynamic insulation technology applied to the building envelope of a timber framework house. The concept of dynamic insulation technologies is to draw outside air in through insulation materials in a wall to recover conduction heat loss from inside the building. The authors applied dynamic insulation technology to the walls and ceiling of a timber framework house to allow outside air to pass through permeable insulation materials within the walls and ceiling. The experiment was conducted at a building in Sapporo, Hokkaido to evaluate the thermal performance of a building envelope with dynamic insulation technology in a real environment. The results showed that the dynamic insulation technology can significantly reduce heat loss through the building envelope.
机译:本文介绍了一种动态绝热技术对木材框架房屋建筑围护结构的热性能评估。动态绝热技术的概念是通过墙壁中的绝热材料将外部空气吸入室内,以回收建筑物内部的传导热损失。作者将动态绝热技术应用于木材框架房屋的墙壁和天花板,以允许外部空气穿过墙壁和天花板内的可渗透绝热材料。该实验是在北海道札幌市的一栋建筑物上进行的,目的是通过动态隔热技术在真实环境中评估建筑物围护结构的热性能。结果表明,动态保温技术可以显着减少建筑物围护结构的热损失。

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