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Synthesis study on thermal insulation improvement in construction materials

机译:建筑材料保温隔热综合研究

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Improving thermal insulation of buildings envelopes can reduce their energy consumption and related CO_(2)emissions considerably. Searching for new and innovative insulation materials is therefore a key challenge. This work presents a synthesis study on series of experiments showing the addition effect of different additives on plaster and cement composite thermal properties. The results obtained using the box method show a significant improvement of thermophysical properties with the increase of additives incorporation rate. From an energy and environmental point of view, the results of the annual simulations carried out for a typical building located in Meknes indicated that the use of the proposed materials has economic and environmental benefits.
机译:改善建筑物围护结构的隔热性能可以大大降低其能耗和相关的CO_(2)排放。因此,寻找新的和创新的绝缘材料是一个关键的挑战。这项工作提供了一系列实验的综合研究,这些实验显示了不同添加剂对灰泥和水泥复合材料热性能的影响。使用盒式方法获得的结果显示,随着添加剂掺入率的增加,热物理性质得到了显着改善。从能源和环境的角度来看,对位于梅克内斯的一栋典型建筑进行的年度模拟结果表明,使用建议的材料具有经济和环境效益。

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