2007Shuiwen dizhi gongcheng dizhiRequires access

Numerical simulation of the effect of thickness mining and loose seam's thickness on ground movement and deformation in mining subsidence

Jin Liu

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Abstract

2204 working surface of the Xinzhi mine in the Huozhou of Shanxi are examined in this paper.Numerical methods are used to simulate the mining process,and the movement and deformation of the ground surface after mining are analyzed.Factors such as the incompact stratum depth,mined thickness,the ratio of mined depth are considered and their effects on the movement and deformation of the ground surface are also discussed in detail.

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What this paper is about

2204 working surface of the Xinzhi mine in the Huozhou of Shanxi are examined in this paper.Numerical methods are used to simulate the mining process,and the movement and deformation of the ground surface after mining are analyzed.Factors such as the incompact stratum depth,mined thickness,the ratio of mined depth are considered and their effects on the movement and deformation of the ground surface are also discussed in detail.

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Available abstract

2204 working surface of the Xinzhi mine in the Huozhou of Shanxi are examined in this paper.Numerical methods are used to simulate the mining process,and the movement and deformation of the ground surface after mining are analyzed.Factors such as the incompact stratum depth,mined thickness,the ratio of mined depth are considered and their effects on the movement and deformation of the ground surface are also discussed in detail.

Key concepts: Stratum, Ground movement, Groundwater-related subsidence, Geology, Deformation (meteorology), Subsidence, Underground mining (soft rock), Mining engineering

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Numerical simulation of the effect of thickness mining and loose seam's thickness on ground movement and deformation in mining subsidence — Research Paper | ScholarLens