封面
声明
致谢
中文摘要
英文摘要
目录
变量注释表
1 绪论
1.1 问题的提出与研究意义(Introduction of the Problem and Research Meaning)
1.2 文献综述(Literature Review)
1.3 主要研究内容与技术路线(Research Contents and Research Methods)
2 停采线侧隔离注浆充填理论研究
2.1 采动覆岩隔离注浆充填理论(Theory of Grouting Backfill into the Isolated Areas within Overburden)
2.2 停采线侧隔离注浆充填基本涵义和主要问题(Basic Meaning and Main Problems of Grouting Backfill into the Isolated Areas within Overburden on Stopping Line)
2.3 停采线侧隔离注浆充填控制区域的确定原则(Determination Principle of Control Area of Grouting Backfill into the Isolated Areas within Overburden on Stopping Line)
3停采线侧隔离注浆充填控制区域的模拟研究
3.1 相似模拟实验理论基础(Theoretical Basis of Analogous Simulation Experiment)
3.2 相似模拟实验方法(Analogous Simulation Experimental Method)
3.3 相似模拟实验过程(Analogous Simulation Experimental Process)
3.4 第1组孔与压煤线不同间距时地表下沉规律(Surface Subsidence Law Conditioned on Various Distance from the First Grouting Borehole Position to Village-overlaid Coal Boundary)
3.5 停采线与压煤线不同间距时地表下沉规律(Surface Subsidence Law Conditioned on Various Distance from Stopping Line to Village-overlaid Coal Boundary)
3.6 本章小结(Chapter Conclusion)
4 停采线侧隔离注浆充填钻孔变形破坏的模拟研究4 Analogous Simulation Study on Grouting Borehole Deformation Failure of Grouting Backfill into the Isolated Areas within Overburden on Stopping Line
4.1 钻孔与围岩共同作用机理力学分析(Mechanical Analysis of Mechanism of Interaction of Grouting Borehole and Surrounding Rock)
4.2 钻孔在工作面推过前后变形破坏规律(Deformation Failure Law of Grouting Borehole during the Longwall Face Passing Its Position)
4.3 钻孔破坏形式(Grouting Borehole Failure Modes)
4.4 本章小结(Chapter Conclusion)
5 停采线侧隔离注浆充填的工程实践及实测验证
5.1 试验工作面基本条件(Tested Working Face Basic Condition)
5.2 试验工作面第1组孔的位置对村庄区域减沉的效果验证
6 主要结论与展望
6.1 主要结论(Main Conclusion)
6.2 工作展望(Work Outlook)
参考文献
作者简历
学位论文数据集