封面
声明
致谢
中文摘要
英文摘要
目录
图清单
表清单
1 绪 论
1.1 选题目的和意义(Research Purpose and Significance)
1.2 研究现状(Research Status)
1.3 存在问题(Existing Problems)
1.4 研究方案(Research Plans)
1.5 论文工作量(Main Thesis Work)
2 研究区地质概况
2.1 自然地理概况(Natural Geography Overview)
2.2 区域地质概况(Regional Geology Background)
2.3 煤层气开发概况(CBM Development Survey)
3 水力压裂裂缝形态特征、形成机制和影响因素
3.1 水力压裂裂缝发育特征( Development Characteristic for Hydraulic Fractures)
3.2 压裂模拟实验及分析(Hydraulic Fracturing Experiments and Analysis)
3.3 水力压裂数值模拟(Hydraulic Fracturing Numerical Stimulation)
3.4 水力压裂裂缝形态的影响因素(The Influence Factors of Hydraulic Fractures Form)
3.5 小 结(Summary)
4 水力压裂裂缝破坏程度研究
4.1 井下观测井简介(Introduction of Underground Observed Wells)
4.2 煤岩及围岩破坏特征( Destruction Characteristics of Coal and Surrounding Rock)
4.3 破坏程度评价指标及分区(Evaluation Index and Zone Division for Destruction Degree)
4.4 单井及井网水力压裂影响范围模型(Hydraulic Fracture Destruction Model for Single Well and Well group)
4.5 小结(Summary)
5 水力压裂对煤炭开采的影响及防治建议
5.1 水力压裂对巷道布置、支护的影响及建议(The Influence of Roadway Layout and Support by Hydraulic Fracturing and Suggestions)
5.2 水力压裂裂缝延伸对突水的影响及建议( The Influence of Water Inrush by Hydraulic Fracturing and Suggestions)
5.3 水力压裂对矿井通风的影响及建议(The Influence of Mine Ventilation by Hydraulic Fracturing and Suggestions)
5.4 水力压裂对机械化综采的影响及建议( The Influence of Fully-mechanized Mining by Hydraulic Fracturing and Suggestions)
5.5 压裂影响不同分区煤矿安全生产模式(Models for Safety Coal Mining in Different Hydraulic Fracturing Influence Zones)
5.6 小 结(Summary)
6 结 论
参考文献
作者简历
学位论文数据集