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Convergence monitoring and numerical simulation of the distortion of high stress workings

机译:高应力加工变形的收敛监测与数值模拟

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Aimed to dissolve the question that it is difficult to maintain the developing entry during mining in the weak and fragmentized ore body, carried out the site monitoring, convergence monitoring and numerical simulation to disclose the distortion mechanism of developing entry of chengchao Iron Mine. the data provide the support for the preparatory workings deformation mechanism. the result of the monitoring and numerical simulation indicated that the displacement of preparatory workings is relative to mining course, and the displacement increase with the depth increase. The result is to provide a theoretical support to choose the system of protecting synthetically in deep mines and the right time of support..
机译:为了解决矿山开采过程中难以保持破碎,破碎的矿体难以保持发育的问题,进行了现场监测,收敛监测和数值模拟,揭示了成潮铁矿发育过程中入口变形的机理。这些数据为准备工作的变形机理提供了支持。监测和数值模拟结果表明,准备工作的位移与采矿过程有关,位移随深度的增加而增加。结果为选择深井综合防护系统和正确的支撑时间提供了理论支持。

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