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A macro geomechanical approach to rank non-standard unbound granular materials for pavements

机译:宏观地质力学方法,对非标准未结合的颗粒状路面材料进行分级

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摘要

The results of an experimental work on three non standard road granular materials and a standard one are presented, including small strain precision triaxial tests under cyclic loading. The non standard materials have index parameters such as attrition coefficient, plasticity index, and fines content above the allowed limits of road specifications. The role of each parameter and the influence of the water content on the macro mechanical behaviour are studied. The geomechanical behaviour is evaluated by coupling resilient modulus and resistance to permanent strains. Results show an almost unique relationship between these parameters for each geological origin of the studied materials.
机译:给出了三种非标准道路颗粒材料和一种标准道路颗粒材料的实验结果,包括循环载荷下的小应变精度三轴试验。非标准材料的指标参数,例如磨损系数,可塑性指标和细粉含量均超过道路规格的允许极限。研究了每个参数的作用以及水含量对宏观力学行为的影响。通过耦合弹性模量和抗永久应变来评估地质力学行为。结果表明,对于所研究材料的每个地质起源,这些参数之间几乎是唯一的关系。

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