Model Tests on Use of Tyre Chips and Fly Ash Chips as a Replacement of Aggregate in Stone Columns

V. Naveenra, P. Kulanthaivel
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Abstract

Abstract. In order to reduce the generated waste in industry the concept of reusability is adopted as an application in the civil engineering field. In this study, the experiments were performed by using shredded tyre chips, chips of fly ash bricks in partial replacement with aggregates passing through 12.5 mm sieve and retaining on 10 mm sieve (IS-Indian standard). The experiments with partial replacement of stone columns were carried out at various proportions of tyre chips and fly ash brick chips in soft clay. Corresponding settlement rate was noted by loading the stone column gradually through a hydraulic jack for various L/D ratios. On comparison the final results it was concluded that the stone column with replacement of 75% tyre chips and 25% coarse aggregate proved good to carry maximum load and with lower settlement rate than ordinary stone column without replacement.
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用轮胎碎料和粉煤灰碎料替代石柱骨料的模型试验
摘要为了减少工业垃圾的产生,将可重复利用的概念应用于土木工程领域。本研究采用轮胎碎料、粉煤灰砖碎料部分置换骨料,通过12.5 mm筛,保留在10 mm筛上(is -印度标准)进行试验。在软粘土中,采用不同比例的轮胎屑和粉煤灰砖屑进行了部分置换石柱试验。通过液压千斤顶按不同的L/D比逐渐加载石柱,记录相应的沉降率。通过对最终结果的比较,认为更换75%胎屑和25%粗骨料的石柱比不更换的普通石柱具有更好的承载能力和更低的沉降率。
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