This paper is a tentative research on the fundamental law of the ground movement due to underground mining.
本文是用碎块体理论研究由于地下开采引起的岩层和地表移动的基本规律的初步尝试。
The strata movement and the ground surface subsidence caused by underground mining are serious underground engineering problems.
地下开采引起的岩层移动和地表沉陷是一个非常严重的地下工程问题。
Quantitative analysis of the surface movement induced by mining of underground useful deposit should be made based on the reliable data obtained by using the probability statistics method.
文中针对地下矿床开采引起的地表移动问题，提出了采用概率统计的方法来对地表移动进行定量分析，为地表变形分析提供了可靠的数据。
Based on the analysis principles of engineering geomechanics of rock mass, the paper mainly studies the changing features of rock slope movement under the influence of underground mining.
本文以岩体工程地质力学分析原理为基础，主要研究了井工开采影响下，其上方边坡岩体的运动变化特征。
Conclusions Although void formed due to underground mining is the origin of the strata movement, side confinement of the strata played important role for the direction of the movement.
结论虽然由于无效形成地下开采，是地层运动起源，地层侧隔离发挥了该运动方向的重要作用。
There exists a cause-effect chain among underground mining, rock movement and surface subsidence.
地下开采—覆岩移动—地表沉陷之间存在着互为因果的链动关系。
When mining underground beneath highway, surface movement and deformation caused by mining disturbance will influence the stability of the highway roadbed.
在公路下进行地下采矿，因采动引起的地表移动和变形导致公路路基的稳定性受到影响。
Through numerical simulation and optimization analysis, the effect of underground mining on the surface movement and the seepage field are revealed.
通过数值模拟和优化分析，揭示地下开采对地表岩移和渗流场的影响规律。
To control the surface movement caused by mining, the backfill mining method was adopted for underground mining in Sijiaying Changyu iron mine.
司家营常峪铁矿为控制采矿引起的地表岩移，采用地下开采充填采矿法采矿。
The laws of ground surface subsidence and rock mass movement in east area of Chenchao iron mine due to underground mining are studied.
以大量的现场实测资料为基础，分析了程潮铁矿东区地下采矿引起的地表沉降和岩层移动规律。
More and more attention is paid to mechanical method for calculation of movement due to underground mining.
用力学方法计算开采沉陷已经越来越受到重视。
More and more attention is paid to mechanical method for calculation of movement due to underground mining.
用力学方法计算开采沉陷已经越来越受到重视。
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