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New Technique for Ground Improvement for Road and Building Construction

机译:道路和建筑施工地面改进的新技术

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An experimental program was undertaken to study the effect of randomly distributed fibers on the strength properties of highly compressible clayey soil. Improvement in the strength properties of subsoil containing clayey soil used for road construction was obtained by conducting series of laboratory California Bearing Ratio (CBR) test. Series of model footing test was also performed to check the effectiveness of fiber reinforced soil for foundation of buildings. For these study highly compressible clayey soil having CH group and polyester fibers of 6mm and 12mm fiber length were used. It was observed that there is significant increase in CBR value of clayey soil with the inclusion of polyester fibers and due to these increase total thickness of subgrade reduce for the flexible pavement. The results of footing test indicate that due to fiber inclusion there was an increase in the ultimate bearing capacity and reduction in the settlement.
机译:采用实验计划研究随机分布纤维对高度可压缩粘土土壤强度性能的影响。通过进行一系列实验室加州轴承比(CBR)试验,获得了用于道路施工的粘土土壤强度性质的改善。还进行了模型脚踏试验,以检查纤维增强土壤的效果,以实现建筑物的基础。对于这些研究,使用具有CH组和6mm和12mm纤维长度的CH组和聚酯纤维的高度可压缩的粘土土壤。观察到粘土土壤的CBR值具有显着增加,包括聚酯纤维,由于这些增加了柔性路面的路基的总厚度。脚踏试验结果表明,由于纤维夹杂物,最终承载能力和结算的减少程度增加。

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