Evaluation of the Physical and Thermal Properties of Fibers Extracted from the Trunks of Urena Lobata and SIDA Stipulata Plants

Alphousseyni Ghabo, Séckou Bodian, Elhadji Dieng
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Abstract

This scientific work was carried out to investigate the properties (hygroscopic, physical and thermal) of fibers extracted from the Urena Lobata and Sida Stipulata plants, in order to compare them with other fibers already used in the manufacture of panels or biosourced concretes. The fibers are manually detached from the plant trunk, then dried and studied. The results of the study revealed that Urena Lobata fibers are more sensitive to water. The water absorption rate and water content were respectively evaluated at 228.58% and 10.5% for Urena Lobata fibers and 220.94% and 8.6% for Sida Stipulata fibers. For densities ranging from 111 to 193.31 kg/m3, the measured thermal conductivities are between 0.046 - 0.075 W/ mK for Urena Lobata fibers and 0.043 - 0.064 W/mK for Sida Stipulata fibers. These results show that both types of fiber can be used in the manufacture of thermal insulation materials.
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评估从 Urena Lobata 和 SIDA Stipulata 植物树干中提取的纤维的物理和热性能
这项科研工作旨在研究从 Urena Lobata 和 Sida Stipulata 植物中提取的纤维的特性(吸湿性、物理性和热性),以便将其与其他已用于制造板材或生物混凝土的纤维进行比较。人工将纤维从植物树干中分离出来,然后进行干燥和研究。研究结果表明,Urena Lobata 纤维对水更为敏感。经评估,Urena Lobata 纤维的吸水率和含水率分别为 228.58% 和 10.5%,Sida Stipulata 纤维的吸水率和含水率分别为 220.94% 和 8.6%。在密度为 111 至 193.31 kg/m3 的情况下,Urena Lobata 纤维的热导率测量值为 0.046 - 0.075 W/ mK,Sida Stipulata 纤维的热导率测量值为 0.043 - 0.064 W/mK。这些结果表明,这两种纤维都可用于制造隔热材料。
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