Investigation on Strength of Concrete with Addition of Fly Ash and Natural Fiber

N. Chandramohan
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Abstract

Abstract. Green buildings are becoming rising trends in the construction industries. Now-a-days the construction projects focus on the use of recycled and efficient materials in order to reduce the emission of carbon-di-oxide. Our objective is to make a product using fly ash and naturally available material like coconut fiber and rice husk ash which can be used as admixtures with cement. These substitute materials are quickly available in many areas at low cost. They are eco-friendly and also can reduce environmental pollution. They are renewable and less weight. Fibers have been used in the construction field for a long time. The usage of fibers in addition with construction materials like cement can promote eco-friendly and sustainable solutions. Our definitive target is to explore the effectiveness of fiber, rice husk ash and fly ash in concrete for structures. This project primarily centers the investigation of impacts of replacement of the concrete with various rates of fly ash and naturally available materials like rice husk ash and coconut fiber.
掺加粉煤灰和天然纤维对混凝土强度的影响
摘要绿色建筑正在成为建筑行业的上升趋势。如今,建筑项目的重点是使用可回收和高效的材料,以减少二氧化碳的排放。我们的目标是利用粉煤灰和椰子纤维、稻壳灰等天然材料制造一种产品,这些材料可以作为水泥的外加剂。这些替代材料很快就能在许多领域以低成本获得。它们是环保的,也可以减少环境污染。它们是可再生的,重量更轻。纤维在建筑领域的应用已经很长时间了。在水泥等建筑材料中使用纤维可以促进生态友好和可持续的解决方案。我们的最终目标是探索纤维、稻壳灰和粉煤灰在结构混凝土中的有效性。该项目主要研究用不同比例的粉煤灰和稻壳灰、椰子纤维等天然材料替代混凝土的影响。
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