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Design Optimization in Underground Coal Systems. Volume VII. Prediction of Mining Subsidence and Related Parameters over Longwall Mining Operations. Final Technical Report

机译：煤炭地下系统的设计优化。第七卷。长壁开采作业开采沉陷及相关参数预测。最终技术报告

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The damage from mining subsidence ranges from land settlement to severe structural damage to structures. As a result, the prediction and hence control of surface subsidence are imperative for any environmentally acceptable coal-mining operation. Subsidence prediction has been the goal of mining engineers for over a century. Many methods have been pursued, mainly in Europe, to achieve this objective by employing empirical solutions, mathematically derived profiles based on the theories of elasticity, visco-elasticity, visco-plasticity and the use of influence functions. (ERA citation 06:016411)

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Thompson, L. D.;
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年度 1981
页码 1-125
总页数 125
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Buildings; Ground subsidence; Underground mining; Coal mining; Damage; Forecasting; Longwall mining; Mathematical models; Simulation;

机译：建筑物;地面沉降;地下采矿;采煤;损坏;预测;长壁开采;数学模型;模拟;

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专利

1. Optimization of Longwall Parameters in Underground Mining of Thick Methane-Bearing Coal Seam in the Sokolovo Deposit in Kuzbass [J] . Ordin A. A., Timoshenko A. M., Botvenko D. V., Journal of Mining Scinece . 2018,第4期

机译：Kuzbass索科沃矿床厚甲烷煤层煤层地下挖掘的Longwall参数优化
2. Subsidence prediction based on longwall mining in Khalaspir coalfield, Rangpur, Bangladesh [J] . DEBASHISH MONDAL, CHOWDHURY QUAMRUZZAMAN, SYED SAMSUDDIN AHMED Journal of Mines, Metals & Fuels . 2009,第9期

机译：基于长壁开采的孟加拉国朗布尔Khalaspir煤田沉降预测
3. An influence function method based subsidence prediction program for longwall mining operations in inclined coal seams [J] . LUO Yi, CHENG Jian-wei 矿业科学技术（英文版） . 2009,第005期
4. An adaptive control scheme - expert system - that optimizes the operation of a proposed underground coal mining system with applications to shortwall, longwall and room and pillar mining systems [C] . Dornetto, L.D. . 2001

机译：自适应控制方案-专家系统-通过将其应用于短壁开采，长壁开采以及机房和矿井开采系统来优化拟议地下煤矿开采系统的运行
5. Prediction of subsidence effects caused by longwall coal-mining in Pike County, southwest Indiana. [D] . Brifcani, Mohamed Tahir Abdullaziz. 1993

机译：印第安纳州西南派克县长壁开采引起的沉陷影响预测。
6. Nestedness of waterbird assemblages in the subsidence wetlands recently created by underground coal mining [O] . Chunlin Li, Binbin Zhao, Yanping Wang 2019

机译：地下煤矿开采在最近产生的塌陷湿地中水鸟组合的嵌套性
7. Effect of Underground Coal Mining on the Regional Soil Organic Carbon Pool in Farmland in a Mining Subsidence Area [O] . Zhanjun Xu, Yuan Zhang, Jason Yang, 2019

机译：地下煤矿对矿业沉降区土壤土壤有机碳库的影响
8. Design Optimization in Underground Coal Systems. Interim Report,October--December 1975. Section 1. Structural Parameters of Coal Measure Rocks. Section 2. Longwall Mining System Strata Simulator. Section 3. Design Criteria for Underground Roof-Truss Support Systems. [R] . lucas, j. r. 1977

机译：煤炭地下系统的设计优化。中期报告，1975年10月 - 12月。第1节煤系岩石的结构参数。第2节。长壁采矿系统地层模拟器。第3节地下屋架 - 桁架支撑系统的设计标准。

Design Optimization in Underground Coal Systems. Volume VII. Prediction of Mining Subsidence and Related Parameters over Longwall Mining Operations. Final Technical Report

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