竹材复合材料增强混凝土的研究进展

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引用次数: 3

摘要

在大多数发展中国家,作为建筑加固材料的钢材日益增多。但根据成本和可用性,因此有必要用其他合适的材料代替钢。存在产量不足以满足钢铁需求的情况。因此,找到一种比钢铁更有价值的替代品至关重要。竹子是一种替代钢材的材料,用于建造小型建筑和低成本住房,尤其是在印度等国家。竹子储量丰富,经久耐用,可以满足建筑加固材料的需求,成为钢材的完美替代品。与钢等其他材料相比,竹材的抗拉性能是相当可观的,这是增强材料的主要要求。这种属性通过竹结构从其起源中被赋予。在自然环境中,空心管结构具有较高的抗风能力。研究竹子的弱点并提出竹子创新作为结构钢的替代品将是一个很好的选择。本文的目的是进行文献调查,以确定竹筋用于混凝土结构的可行性。钢筋混凝土的力学性能和行为已经得到了广泛的研究和充分的记录,没有详细的数据解释竹基钢筋混凝土的存在。因此,本研究的目的是为文献收集提供初步的贡献,以了解竹钢筋混凝土的力学性能和行为等最新特征,以期解决低成本住房的具体问题
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review on Fabrication of Bamboo Composite Materials Reinforced Concrete
In most developing countries, steel as a reinforcing material in construction is increasing day by day. But depending on cost and availability, it is therefore necessary to replace the steel with some other suitable materials. There's a situation where production isn't found to be sufficient to meet steel demand. Hence, having an alternative that is worth compared to steel is essential. Bamboo is one of the alternate materials used as a steel replacement in the construction of small structures and low-cost housing, particularly in countries like India. Bamboo is found in abundance, they are durable, and they can satisfy the demand as a reinforcing material and become a perfect substitute for steels. Compared with other materials including steel, the tensile resistance property which is the main requirement of reinforcing material is considered appreciable for bamboo. This property is given out from its origin through the bamboo structure. When in natural habitat, the hollow tubular structure has a high resistance to wind forces. Working on bamboo's weak points and bringing up bamboo innovation as a replacement for structural steel would be a great alternative. The goal of this present work to carry out a literature survey to determine the feasibility of bamboo reinforcement for a concrete structure. The mechanical properties and behaviour of steel-reinforced concrete have been extensively studied and well documented, there is no detailed data explaining reinforced concrete from bamboo exists. Therefore, the aim of this study is to provide a preliminary contribution toward the collection of literature to know the state of art characteristics such as mechanical properties and behaviours of bamboo reinforced concrete, with a view to solving specific problems of low-cost housing
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