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The Slope Comprehensive Reinforcement Design Scheme Optimization Based on the Limit Equilibrium Method

机译:基于极限平衡法的坡面综合强化设计方案优化

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The composition of the open-pit mine slope is a dynamic process. With the arriving of the exploitation of the deep and slope, the slope height, slope angle increases for years and forms high-steep slope. Its security seriously restricts safety production. This article will take the steep slopes of one Open-pit Coal Mine in mining process as an example, and focus on the side slope stability analysis and the safety control. Furthermore, slip field theory and limit equilibrium method will be used to study on slope stability of present and mined slope. Combined with the production, the systematic research of the slope reinforcement measures are carried out on the premise of guaranteed safety. And optimization of slope landslide reinforcement scheme will be proposed.
机译:露天矿山坡的组成是动态过程。随着深度和斜坡的开发,斜坡高度,斜坡角度多年增加并形成高陡坡。其安全严重限制了安全生产。本文将在采矿过程中占据一个露天煤矿的陡坡,并专注于侧倾稳定性分析和安全控制。此外,防滑场理论和极限平衡方法将用于研究现有和开采坡度的坡度稳定性。结合生产,对坡度加固措施的系统研究是在保证安全的前提下进行的。提出了坡度滑坡加固方案的优化。

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