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Slope Stability Analysis of Nkran Pit at Asanko Gold Mine, Ghana

机译:加纳Asanko金矿Nkran坑的边坡稳定性分析

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The West Wall of Nkran Pit Mine is vulnerable to slope instability, mostly due to mining activities.Detailed failure analysis of the discontinuity data of the selected slope was performed using the Dips (6.0) software.The study has shown the likelihood of planar failure, wedge failure, flexural toppling failure and direct toppling failureoccurring per the slope angle design of 70°. When the slope angle was increased by 5° and 10°, there were percentageincreases in planar, wedge, flexural toppling and direct toppling failure of (1.86 and 7.45)%, (1.23 and 2.81)%, (0.62and 0.62)% and (0.60 and 1.70)% respectively. It has been recommended that flattening or reducing slope angle couldbe done as it reduces the weight of material which in turn improves the stability of the slope and also controlledblasting should be employed to minimise excessive damage to the walls.
机译:恩克兰坑矿的西墙易受边坡失稳的影响,这主要是由于采矿活动造成的。使用Dips(6.0)软件对所选边坡的不连续性数据进行了详细的破坏分析,研究表明了发生平面破坏的可能性,根据70°的倾斜角设计,发生楔形破坏,弯曲倾覆破坏和直接倾覆破坏。当倾斜角增加5°和10°时,平面,楔形,挠曲倾覆和直接倾覆破坏的百分比分别增加(1.86和7.45)%,(1.23和2.81)%,(0.62和0.62)%和(分别为0.60和1.70)%。建议采用平整或减小倾斜角度的方法,因为这样可以减轻材料的重量,从而改善倾斜的稳定性,并且还应采用受控喷砂处理,以最大程度地减少对墙体的过度破坏。

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