封面
声明
致谢
中文摘要
英文摘要
目录
1 绪论
1.1选题意义(Purpose and Significance)
1.2研究现状(Research Status)
1.3现存问题(Existing Problems)
1.4研究方案(Research Program)
1.5论文工作量(Research Workloads)
2 重复电脉冲波煤样致裂增渗模拟实验
2.1煤样及其基本性质(Coal Samples and Basic Propeties)
2.2模拟实验原理与装置(Theory and Apparatus of Simulation Experiment)
2.3模拟实验流程(Procedure of Simulation Experiment)
2.4模拟实验结果定性描述(Results of Simulation Experiments)
2.5小结(Brief Summary)
3 重复电脉冲波作用下煤岩孔隙-裂隙演化
3.1煤岩孔隙结构演化(Evolution of Pore Structure in Coal)
3.2电脉冲波作用下煤岩微裂隙扩展(Expansion of Micro-Fractures under Electrical Pulses Wave)
3.3煤岩显微裂隙发育过程分形描述(Fractal Description of Micro-Fissures Evaluation Process)
3.4小结(Brief Summary)
4 煤性质对电脉冲波致裂效果的影响
4.1煤岩学因素与致裂效应(Coal Petrology andFracturing Effects)
4.2煤孔渗因素与致裂效应(Relation of Pore and Permeability to Fracturing Effects of Coals)
4.3煤变形特征与致裂效应(Deformation and Fracturing Effects of Coals)
4.4煤性质与加载条件配置关系(Relationship between Coal Properties and Loading Conditions)
4.5小结(Brief Summary)
5 重复电脉冲波煤岩致裂增渗机理
5.1电脉冲波煤岩致裂增渗主控因素(Major Factors for Fracturing Coal by Electric Pulse Wave)
5.2电脉冲波煤岩致裂增渗力学机制(Mechanism for Fracturing Coals by Electric Pulse Wave)
5.3小结(Brief Summary)
6 结论
参考文献
作者简历
学位论文数据集