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Artificially cemented sand under multiaxial loading

机译:多轴载荷下的人工胶结砂

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Distinct improvement techniques can be used when civil engineering structures are to be built on soils that do not present suitable mechanical characteristics. The soil improvement techniques can vary from compaction to chemical and mechanical stabilisation. This work focuses on the specific case of granular soils treated with low amount of cement. The study aims to investigate the behaviour of a cemented sand under multiaxial loading conditions. A series of advanced tests on reconstituted cemented sand were conducted in a Cubical Cell Apparatus (CCA) and exploration of material response including failure limits under different constant stress paths (θ = 0° and θ = 120°) in the octahedral (π) plane were performed. Results showed strength is higher in vertical direction than in horizontal direction.
机译:当土木工程结构要在不具有合适机械特性的土壤上建造时,可以使用独特的改进技术。改良土壤的技术可以从压实到化学和机械稳定。这项工作着重于用少量水泥处理的粒状土壤的特殊情况。该研究旨在研究胶结砂在多轴载荷条件下的行为。在立方晶胞设备(CCA)中对再生胶结砂进行了一系列高级测试,并探索了材料响应,包括八面体(π)平面中不同恒定应力路径(θ= 0°和θ= 120°)下的破坏极限被执行。结果表明,垂直方向的强度高于水平方向的强度。

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