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Control of Mining-Induced Seismicity in the Western U.S. Room and Pillar Mines at Great Depths

机译:控制美国西部房间和大深度柱式矿井中的诱发地震活动

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Mine seismicity is influenced by the mechanical properties of both near-seam rocks and overburden and the prudent selection of mining methods and mine layout designs. Using finite-difference modeling, experience in many U.S. mines and measurements of the pressure arch width, the author has reviewed the engineering design factors that control seismicity in room-and-pillar retreat operations for stiff stratigraphic conditions in deep western U.S. mines. By back analyzing the overburden response in now understood to have been inadequately designed historic room-and-pillar mine, the overburden collapse mechanism is addressed as well as the need for improvements in designs including panel and barrier pillar widths, and sequence of retreat.
机译:矿山的地震活动性受近缝岩石和上覆岩层的力学特性以及采矿方法和矿山布局设计的谨慎选择的影响。使用有限差分建模,许多美国矿山的经验以及压力拱宽度的测量,作者回顾了控制工程和设计的因素,这些因素可控制美国西部深部矿山在坚硬地层条件下进行的室柱回缩操作中的地震活动。通过对目前被理解为设计不充分的历史性房间和柱子矿井的覆盖层响应进行回溯分析,可以解决覆盖层塌陷机制以及对包括面板和围栏支柱宽度以及撤退顺序在内的设计改进的需求。

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