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Improving of performance characteristics during mechanical stabilization of quarry haul roads with stiff polymeric Tensar Triax hexagonal geogrid

机译:用僵硬的聚合物Tensar Tri XX六角地质格栅改善采石场机械稳定期间的性能特征

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During the construction and operation of quarry haul roads by large dump trucks the employees of mining companies face a number of problems caused by inhomogeneity and low deformation characteristics of foundation soils. This results in high rutting of the road topping, inability to operate during the spring and autumn period, increased consumption of fuel and expensive elements of the running gear of the dump trucks because of the poor state of quarry roads. To solve these problems, experimental laying of the Tensar TriAx stabilizing hexagonal geogrid was performed during the construction of a quarry road. This article describes the course of the experiment, including the production technology of the work, modeling of operation by quarry dump trucks during the unfavorable period, assessment of the increase of deformation characteristics of the construction and the reduce of rutting of the road topping after applying the hexagonal geogrid. In the course of the experiment it was concluded that the positive effect of the hexagonal geogrid use in the construction and operation of quarry haul roads is significant.
机译:在大型垃圾桶的Quarry Haul Road的建设和运营过程中,矿业公司的员工面临着由不均匀性和基础土壤的低变形特征引起的若干问题。这导致道路顶部的高辙幅度,无法在春季和秋季期间运行,由于采石场状况差,因此由于采石场状况差,因此在春季和秋季期间,燃料燃料的消耗增加,而且由于采石场的状态差。为了解决这些问题,在采石场建造期间进行了塔尔三曲稳定六边形地质格栅的实验铺设。本文介绍了实验的过程,包括工作的生产技术,采石场运行建模在不利的时期内,评估施工变形特征的增加和降低施工后的道路顶部排列的速度六角形土工格栅。在实验过程中,得出结论,六边形地质格栅在采石场的建设和运营中的积极效果是显着的。

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