米佐拉姆邦Aizawl Ngaizel公路切割段的RMR和rrs

H. Lalhlimpuia, Zairemmawii, Shivam Kumar, Laldinpuia
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摘要

由于不利的地形特征,丘陵地区的道路通常比平原地区小,因此每当发生岩崩时,就会出现一些问题。在Aizawl最繁忙的国内道路之一,即Ngaizel公路经常遇到岩崩沿其切割坡。这条道路是连接米佐拉姆邦南部的重要门户。这条道路上挤满了人类活动,这增加了危险水平的上升。造成岩崩的主要因素有坡度、岩体的地质力学性质和人为活动。考虑到岩崩的所有不利影响,RMR (Rock Mass Rating)是识别研究区边坡岩体实际状况不可或缺的指标。采用RMR分类方法确定边坡岩体的地质力学状况,采用岩崩危险性分级系统(rrs)对ngazel公路路堑边坡进行岩崩危险区识别。rrs取决于斜坡高度、年降水量、街区大小、街区体积、决策视距、平均车辆风险、道路宽度和岩崩历史等各种参数,这些参数主要涉及沿路行人的安全。对ngazel切坡的RMR和rrs研究,提供了详细而有用的地质条件信息,并划定了危险等级。该研究还使人们对该地区的实际情况有所了解和警觉。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RMR and RHRS of Ngaizel Road cutting section, Aizawl, Mizoram
Due to unfavourable topographical features roads in hilly areas are usually small as compared to plain areas, therefore several problems may arise whenever rockfall occurs. One of the busiest domestic road in Aizawl i.e. Ngaizel road often encountered rockfall along its cutting slope. This road act as an important gateway which connects the southern parts of Mizoram. This road is packed with human activities which adds on the hazard level to rise high. The main factors that contribute to rockfalls include slope degree, geomechanical properties of rock mass and anthropogenic activities. Taking into consideration of all the adverse effect of rockfalls, RMR (Rock Mass Rating) become indispensable to identify the actual condition of rock mass on the slope of the study area. RMR classification is carried out to determine the geomechanical condition of slope rock mass and Rockfall Hazard Rating System (RHRS) is applied for identifying the hazard-prone area of rockfall along the cut slope of Ngaizel road. RHRS depends on various parameter which include slope height, annual precipitation, block size, block volume, decision sight distance, average vehicle risk, road width and rockfall history which mainly concern about the safety of pedestrians along the road. The RMR and RHRS study along Ngaizel cut slope provides a detailed and useful information about the geological condition and delineating the hazard level. The study also gave awareness and alertness about the actual condition of the area.
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