钢丝包竹在碱活化粉煤灰-矿渣基混凝土中的可持续加固作用

Mahantesh N. B., S. A. R., Bharath Kumar K.
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引用次数: 0

摘要

在大多数碾压混凝土结构中,钢与混凝土的成本比超过100,替代钢的替代材料正在进行,以发展可持续的建筑环境。竹子作为独立的结构构件,用于较轻负荷的屋顶和墙包层单元,一直以来都在住宅行业中使用。在OPC基水泥混凝土结构中,它已被测试作为钢筋取代钢筋,具有可观的性能,但需要认真注意适用性和耐久性方面。以钢筋为结构构件的碱活化低钙粉煤灰渣基常温固化混凝土(RGPC)在混凝土建筑行业的消费领域得到了推广。
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Steel Wire Wrapped Bamboo – As a Sustainable Reinforcement in Alkali Activated Fly Ash-Slag based Concrete
The cost ratio of steel to concrete exceeding 100 in most of the RCC structures, alternative materials for replacing steel are underway to develop a sustainable built environment. Bamboo has been in housing industry since time memorial as a standalone structural member for lighter loads of roofing and wall cladding units. It has been tested for its use as reinforcement in OPC based cement concrete structures replacing steel reinforcement with appreciable performance while requiring serious attention on serviceability and durational aspects. The alkali activated low calcium fly ash & slag-based concrete with steel reinforcement as structural components cured at ambient temperature (RGPC) are being popularized in the most consumed sector of concrete construction industry.
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