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煤层底板开采破坏深度研究综述
引用本文:田凡凡,薛喜成.煤层底板开采破坏深度研究综述[J].中州煤炭,2022,0(1):289-298.
作者姓名:田凡凡  薛喜成
作者单位:(西安科技大学 地质与环境学院,陕西 西安 710054)
基金项目:国家青年科学基金项目(41907255)。
摘    要:矿井水害是一种严重制约煤矿安全生产的矿井灾害,随着我国煤炭资源采掘部署的不断纵深发展,采场将面临高地应力,底板下高承压水的开采环境,因矿井水害引起的负面效应也愈发严峻.煤层底板开采破坏深度的准确预测是矿井水害防治的重要环节,从煤层底板破坏的空间分布形态、底板破坏相关理论以及底板破坏深度研究方法3个方面,总结了我国煤层底...

关 键 词:矿井水害  煤层底板破坏深度  预测方法  应用现状  发展趋势

Summarization of research on depth of mining failure of coal seam floor
Tian Fanfan,Xue Xicheng.Summarization of research on depth of mining failure of coal seam floor[J].Zhongzhou Coal,2022,0(1):289-298.
Authors:Tian Fanfan  Xue Xicheng
Affiliation:(College of Geology and Environment,Xi′an University of Science and Technology,Xi′an 710054,China)
Abstract:Mine water hazard is a mine disaster that seriously restricts coal mine safety production.With the continuous deep development of China′s coal resources mining and deployment,the mining site will face high land stress,and the mining environment of high pressure water under the bottom plate,and the negative effect caused by mine water hazard is becoming more and more serious.The accurate prediction of the depth of coal floor mining is an important link of mine water damage control.It summarizes the main progress of coal floor mining research from the spatial distribution form of bottom failure,the related theory and the research method of bottom damage.It is mainly concluded that the mechanical theory study should consider the mechanical characteristics of the base and the pit support pressure and pressure water on bottom damage;statistical mathematics can be optimized in sample data,influencing factor selection and model algorithm to improve prediction accuracy;indoor experimental analysis can be optimized from modeling technology,mechanism design and measurement;dynamic real-time monitoring technology in the future.
Keywords:mine water hazards  depth floor damage depth  prediction technique  research status  trend in development
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