致谢
变量注释表
1 绪论
1.1 研究背景与意义(Research Background and Significance)
1.2 国内外研究现状(Research at Home and Abroad)
1.3 研究内容、方法及技术路线( Research Contents and Methodologies and Technical Routes )
1.4预期创新点(Expect innovation)
2 超长综采面双采煤机开采方法与设备配套
2.1 综采面双采煤机开采工艺( Mining technology in fully-mechanized working face with double shearers)
2.2 双采煤机综采面设备配套特点(Equipment characteristics of fully mechanized coal mining face with Double Shearers)
2.3 双采煤机综采面设备生产能力与空间尺寸校核(Production capacity and verification of spatial size with Double Shearers )
2.4 设备改造与开采工艺控制( Equipment modification and mining process control )
2.5 本章小结(Summary)
3 综采面双煤机开采工艺方式及参数优化
3.1 两台采煤机割煤任务分配的理论模型(The theoretical model for the task distribution of the coal cutting )
3.2 开采工艺方式与参数优化( Mining Technology and Optimization)
3.3 参数优化与循环作业方式( Parameter optimization and circulating operation )
3.4 本章小结(Summary)
4 超长双采煤机综采面顶板破断规律与控制技术
4.1 顶板变形破坏规律的理论分析( Theoretical analysis on deformation and failure law of roof )
4.2 超长工作面顶板变形破坏规律的数值模拟( Numerical simulation of the deformation and failure law of the roof in the Ultra-long working face )
4.3 多点卸载条件下采动围岩应力分布规律研究(Study on the stress distribution law of mining rock under the condition of multi point unloading)
4.4顶板安全控制技术(Technology of roof safety control)
4.5 矿压规律实测分析( Measurement and analysis of pressure behaviour)
4.6本章小结(Summary)
5 断层发育区超长综采面双采煤机快速过断层技术
5.1 超长综采面双采煤机快速过断层技术(Technology pattern for passing fault quickly in Ultra-long fully mechnized working face with double shearers )
5.2 工作面过断层采动应力围岩分布特征( Distribution characteristics of surrounding rock in working face passing fault mining )
5.3 工作面过断层效果分析(Analysis on the effect of working face passing fault)
5.4 本章小结(Summary)
6 长壁综采面双采煤机开采实践
6.1 工作面概况(General situation of working face)
6.2 双采煤机综采面安全保障技术(Security assurance technology of ultra long wall fully mechnized working face with double shearers)
6.3 应用效果分析(The analysis of the application effect)
6.4 本章小结(Summary)
7 主要结论与研究展望
7.1 主要结论(Conclusions)
7.2 研究展望(Future Works)
参考文献
作者简历
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