Geotechnical Properties of the Fagfog Quartzite for Curved-Cuts along Mugling Narayanghat Road Section

Sarmila Paudyal, S. Panthee
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Abstract

Slope cutting in hard and steep slopes are very difficult task. In Mugling-Narayanghat road section, near Mugling, hard quartzite rock was obstructing road expansion because of vertical slope. In the area rock of the Fagfog Quartzite is present which has very good geotechnical properties. In the area, rock mass classifications was carried out using RMR, Q and GSI where maximum and minimum rock mass class values are II and I respectively. Other properties of the area like unit weight (γ), uniaxial compressive strength (σci), Young’s modulus (Ei), Poisson’s ratio (ν) and RQD were also calculated according to the rock mass classification. The slope was designed in such a way that the maximum stability for minimum excavation. All the analysis were carried out in numerical modeling using FEM, as much as possible replicating real ground condition. From the analysis total displacement at suitable cut angles was determined. Bulletin of Department of Geology, vol. 20-21, 2018, pp: 65-70
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沿Mugling Narayanghat路段弯曲岩心Fagfog石英岩的岩土力学性质
在坚硬、陡峭的斜坡上切坡是一项非常困难的任务。在靠近Mugling的Mugling- narayanghat路段,由于垂直斜坡,坚硬的石英岩阻碍了道路的扩展。区内存在法格格石英岩,具有很好的岩土性能。采用RMR、Q和GSI进行岩体分类,最大岩体分类值为II,最小岩体分类值为I。并根据岩体分类计算了该区域的单位质量(γ)、单轴抗压强度(σci)、杨氏模量(Ei)、泊松比(ν)和RQD等其他属性。这个斜坡是这样设计的,以最小的开挖获得最大的稳定性。所有分析均采用有限元方法进行数值模拟,尽量模拟真实地面条件。通过分析,确定了合适切角下的总位移。地质通报,2018年第20-21卷,pp: 65-70
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