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Shearing response of geotextile-reinforced calcareous soils using monotonic triaxial tests

机译:基于单调三轴试验的土工布加筋钙质土剪切响应

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Different types of geosynthetic reinforcements have been widely used for improving shear strength of soil materials in recent decades. In this study, two different calcareous soils reinforced by geotextile layers were evaluated by monotonic compression triaxial tests. The calcareous soils were obtained from Hormuz Island and Boushehr Port located in the north coast of the Persian Gulf. Different reconstituted samples were prepared at dense conditions with and without geotextile layers and consolidated under different effective confining pressures ranging from 100 to 600 kPa. Different layers of reinforcements including one, two and three geotextile layers were placed in the reinforced samples and sheared under drained condition. The results show that confining pressure has a significant effect on the efficiency of reinforcements. Evidently, increasing the reinforcement layers decreased the particle breakage of the calcareous soils used in this study.
机译:近几十年来,不同类型的土工合成材料增强材料被广泛用于提高土体材料的抗剪强度。本研究采用单调压缩三轴试验,对土工布层加固的两种不同钙质土进行了评价。石灰质土壤来自位于波斯湾北海岸的霍尔木兹岛和布谢尔港。在有土工布层和无土工布层的致密条件下制备不同的复溶样品,并在100-600 kPa的不同有效围压下固结。在加筋样品中放置一层、二层和三层土工布等不同层的增强层,并在排水条件下进行剪切。结果表明:围压对钢筋效率有显著影响;显然,增加加固层可以减少本研究中使用的钙质土壤的颗粒破碎。

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