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Thermal Properties of Cellulose Fiber as Insulation Material in a Loose State

机译:纤维素纤维作为松散状态绝缘材料的热性能

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Despite cellulose fibers for many years are in common use as thermal insulation, some of the properties of this material should be still investigated. The article presents the properties of cellulose fibers as an insulation material in a loose state. The analysis involved evaluation of thermal conductivity in the relation of bulk density and air permeability, the properties important for insulation materials. The results of own investigation were used to carry out the numerical simulation of heat transfer in the timber frame wall filled with cellulose fibers. The study showed that the thermal conductivity and air permeability of material depend strongly on bulk density. The results of heat transfer and temperature distribution proved that cellulose fibers are characterized by strongly air permeance, what affects on the need for additional barriers against air filtration.
机译:尽管纤维素纤维多年来常用为隔热绝缘,但应仍然研究这种材料的一些性能。该物品以松散状态呈现纤维素纤维作为绝缘材料的性质。分析涉及对散装密度和透气性关系的热导率的评价,其性能对于绝缘材料很重要。自身调查的结果用于在填充有纤维素纤维的木材框架壁中进行传热的数值模拟。该研究表明,材料的导热率和透气性依赖于堆积密度。传热和温度分布的结果证明,纤维素纤维的特征在于渗透性强,对空气过滤的额外屏障的需要有何影响。

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