Computer experiment-analytical modelling of geomechanic processes at the underground working in the mines with the use of mine geophysical monitoring results

机译：利用矿山地球物理监测结果，对矿山地下作业的地质力学过程进行计算机实验-分析建模

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A new methodology of experimental-analytical approach has been developed. It is used in building of information geomechanic monitoring system (GmMS) for the computer modeling of geomechanic (Gm) processes during coal seams working. The approach synthesizes experimental (in-situ) measurements of rock pressure manifestation at separate points, methods of numerical modeling of processes on rock boundary with goaf and seam, analytical calculations of rock mass spatial strained state.

机译：已经开发了一种新的实验分析方法。它用于构建信息地质力学监测系统（GmMS），用于在煤层工作期间对地质力学（Gm）过程进行计算机建模。该方法综合了在各个点的岩石压力表现的实验（原位）测量，采空区和煤层的岩石边界过程数值模拟方法，岩体空间应变状态的解析计算。

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来源
《14th International Conference on Automation in Mining (ICAMC 2001), Sep 3-5, 2001, Tampere, Finland》|2001年|p.169-178|共10页
会议地点 Tampere(FI);Tampere(FI)
作者
B.V.Vlasenko; T.I.Lazarevich;
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作者单位

Institute of Coal and Coal Chemistry, Siberian Branch of Russian Academy of Sciences, Russia;

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原文格式 PDF
正文语种 eng
中图分类矿业工程;
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专利

1. MODELING OF HYDRAULIC AND GEOMECHANICAL PROCESSES AROUND MINE WORKINGS [J] . Yu. A. Norvatov, A. G. Olovyanny Journal of Mining Scinece . 2002,第4期

机译：矿山开采过程中的液压和岩土力学过程建模
2. MONITORING SYSTEM FOR LATERAL STRAINS AND SEISMIC PROCESSES IN BORE-HOLES AND UNDERGROUND MINE WORKINGS [J] . V. M. Semibalamut, A. Yu. Rybushkin, V. F. Yushkin, Journal of Mining Scinece . 2011,第1期

机译：钻孔和地下矿井工作中横向应变和地震过程的监测系统
3. ON JOINT GEOMECHANICAL AND GEOPHYSICAL MONITORING IN MINES [J] . A. A. Dobroskok, A. M. Linkov, V. V. Zoubkov Journal of Mining Scinece . 2010,第1期

机译：矿山联合地球力学与地球物理监测
4. Computer experiment-analytical modelling of geomechanic processes at the underground working in the mines with the use of mine geophysical monitoring results [C] . B.V.Vlasenko, T.I.Lazarevich International conference on automation in mining . 2001

机译：矿井地球物理监测结果地区地区地铁工艺计算机实验 - 地质工艺模型
5. Quantifying rock stress and evaluating its significance in the geomechanical design of underground mines. [D] . Grabinsky, Murray Warren Frank. 1992

机译：量化岩石应力并评估其在地下矿山的地质力学设计中的意义。
6. An Integrated Environment Monitoring System for Underground Coal Mines—Wireless Sensor Network Subsystem with Multi-Parameter Monitoring [O] . Yu Zhang, Wei Yang, Dongsheng Han, 2014

机译：地下煤矿综合环境监测系统-多参数监测的无线传感器网络子系统
7. Mine research of geomechanical processes during extended workings in complicated geological conditions of the SSC “Mine named after Geroiv Kosmosu” [O] . O.V Solodiankin, M.O Vygodin, O.Z Prokudin 2015

机译：SSC复杂地质条件下延长工作过程中的地质力学过程的矿山研究“矿井”葛根泡科矿名称“
8. Rock Mechanics Study of Shaft Stability and Pillar Mining, Homestake Mine, Lead,SD (In Three Parts): 3. Geomechanical Monitoring and Modeling Using UTAH3 [R] . Pariseau, W. G., Johnson, J. C., McDonald, M. M., 1995

机译：轴稳定性和支柱采矿的岩石力学研究，Homestake矿山，铅，sD（三部分）：3。使用UTaH3进行地质力学监测和建模

Computer experiment-analytical modelling of geomechanic processes at the underground working in the mines with the use of mine geophysical monitoring results

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