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随着燃料价格的不断上涨,建筑材料保温性能的提高与改进,成了人们极其关切的大事。地处寒带的加拿大 Alberta 省的一个厂家设计并造出了一种干砌保温砖石墙体,这种墙体是两侧的干砌砼砖石结构,中间为可放入材料的空间。可填入钢筋砼或聚氨酯泡沫。本文用聚氨酯泡沫填充的干砌砖石墙体作为研究对象,来考察其热工性能、节能潜力与在寒冷地区的适用性,测试其墙体系统的柔性并决定其用作地基墙时的抗土壤侧向负荷的结构钢筋措施。
With the continuous rise of fuel prices, the improvement and improvement of the insulation properties of building materials has become a matter of great concern to people. A factory in Canada's Alberta Province, located in the frigid zone, designed and built a dry masonry-insulated masonry wall. This wall is a dry masonry masonry structure on both sides, with a space in which material can be placed. Can be filled with reinforced concrete or polyurethane foam. This article uses polyurethane foam-filled dry masonry stone wall as a research object to examine its thermal performance, energy saving potential and applicability in cold regions, test the flexibility of its wall system and determine its resistance when used as a foundation wall. Structural reinforcement measures for lateral loading of soil.