用于可持续混凝土混合物的天然纤维

Eva O. L. Lantsoght, Josue Batallas, Nicolas Hidalgo, Mateo Montenegro, Lourdes Orejuela, Francisco Játiva
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引用次数: 0

摘要

要实现可持续发展目标,就必须采用新型混凝土混合物。天然纤维正成为混凝土混合物中令人感兴趣的新元素,因为这些纤维是从残余生物质中回收的生物材料,符合循环生物经济的概念。在本文中,我们将对使用天然纤维的混凝土混合物的研究见解进行编目,并特别关注厄瓜多尔基多大都会区可利用的天然纤维,以使用当地的生物基材料。我们重点研究了文献中关于天然纤维如何影响混凝土机械性能的信息,即抗拉、抗压和抗折强度。在此分析基础上,我们就哪些天然纤维值得进一步实验研究提出了建议,目的是为基多开发可持续的混凝土混合材料。此外,本文还深入分析了天然纤维如何影响混凝土的机械性能,并提出了一个适用于其他地区和城市的框架,用于选择当地合适的天然纤维。
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NATURAL FIBERS FOR SUSTAINABLE CONCRETE MIXES
To meet the sustainable development goals, novel concrete mixes are necessary. Natural fibers are becoming an interesting new element for concrete mixes, because these fibers are biomaterials recovered from residual biomass and fit in the concept of the circular bioeconomy. In this paper, we catalog research insights on concrete mixes with natural fibers, and pay special attention to natural fibers that are available in the Metropolitan District of Quito, Ecuador, to use local bio-based materials. We focus on examining information from the literature on how natural fibers influence the mechanical properties of concrete, namely the tensile, compressive, and flexural strength. Based on this analysis, we have developed recommendations on which natural fibers are of interest for further experimental research, with the aim to develop sustainable concrete mixes for Quito. Moreover, this paper gives insights in how natural fibers influence the mechanical properties of concrete and proposes a framework that translates to other regions and cities for the selection of local and adequate natural fibers.
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