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New lightweight composite construction materials with low thermal conductivity

机译:低导热率的新型轻质复合建筑材料

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This paper presents an initial investigation on the use of a new lightweight construction material, composed of cement, sand and fiber of waste from young coconut (Cocos nucifera) and durian (Durio zibethinus). Thermal conductivity, compressive strength and bulk density were investigated. The experimental investigation reveals that the addition of these fibers reduces the thermal conductivity of the composite specimen and yield a lightweight. The composite satisfies the basic requirement of construction materials, and they could be used for walls and roofs. Thus, the potential for development, therefore, seems to be very promising. Finally, apart from saving energy consumption for the building, the proposed materials offer an alternative option to dispose waste of fruit industry.
机译:本文介绍了使用新型轻质建筑材料的初步研究,该材料由水泥,沙子和来自年轻椰子(Cocos nucifera)和榴莲(Durio zibethinus)的废物纤维组成。研究了热导率,抗压强度和堆积密度。实验研究表明,这些纤维的添加降低了复合材料样品的导热性,并产生了重量轻。该复合材料满足建筑材料的基本要求,可用于墙壁和屋顶。因此,发展的潜力似乎非常有希望。最后,除了节省建筑物的能源消耗外,拟议的材料还提供了处理水果工业废物的替代选择。

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