裂纹对溃烂率事件内部的内切面值和斜率的影响

Rizkan Maulidi Ansyari
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引用次数: 0

摘要

雪崩经常发生在斜坡上的小裂缝处。裂纹扩展的增大会影响边坡的黏聚力和内摩擦角,使边坡土体收缩或强度位移,从而导致边坡发生雪崩。为了进一步研究裂纹扩展对黏聚力和内摩擦角的影响,在室内进行了一些研究。在实验室中,利用裂纹扩展变化的摩擦试验设备进行了研究。测试的土壤样本来自南加里曼丹班贾尔区Lok Buntar村,在不同的裂缝扩展范围内。利用东加里曼丹Muara Teweh - Benangin公路边界雪崩恢复工程的边坡模型,采用Fellinius方法对调查所得的黏聚力值和内摩擦角进行了分析。室内调查结果表明,裂缝扩展的增大减小了边坡的黏聚力和内摩擦角,使边坡的安全系数达到60%的临界状态。这项研究有望在类似土壤类型和模型上对即将到来的雪崩的预防做出贡献
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pengaruh Retakan Terhadap Nilai Kohesi Dan Sudut Geser Internal Pada Peristiwa Kelongsoran Lereng
Avalanche often happened during a small crack on the slope. The increasing of crack’s propagation impact the cohesion and internal friction angle which causing the soil on the slope shrinkage on its strength to shift and this could cause the avalanche on the slope. There are several inquiries had been conducted in the laboratory to further study the effect of the crack’s propagation towards cohesion and internal friction angle. The inquiry in the laboratory conducted using fricative test equipment with variation of crack’s propagation. The soil sample that were tested was from Lok Buntar village, Banjar district, South Kalimantan within the varied crack’s propagation. The cohesion value and internal friction angle from the inquiry were analyzed using Fellinius method using slope model from avalanche restoration project at Muara Teweh - Benangin road border, East Kalimantan. The result of the inquiry from the laboratory showed that the increasing of the crack’s propagation decreased the cohesion and internal friction angle, this put the safety factor of the slope in a critical condition with crack at 60%. This research is expected to be able to contribute on the prevention of the upcoming avalanche on a similar soil type and model
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