开采扰动下断层构造区域冲击地压机理与防治技术（英文版）

1 Introduction
1．1 The purpose and significance of researching fault rockburst
1．2 Several aspects of the problem
1．3 The main contents
2 Fault activation induced by mining and instability law of rock burst
2．1 Introduction
2．2 Design of similar model experiment
2．3 Fault slip law under the influence of mining
2．4 Stress state of fault under the influence of mining
2．5 Evolution law of support pressure of coal in working face
2．6 Summary
3 Experimental study on the sliding law of coal and rock
3．1 Introduction
3．2 Experimental scheme design
3．3 Frictional slip characteristics of coal and rock structure
3．4 Statistical regularity of sliding characteristics of coal and rock structure
3．5 Summary
4 Theoretical model of slip deformation of fault
4．1 Introduction
4．2 Overview of mechanical component models
4．3 Study on deformation model of fault rock
4．4 Relationship between fault activity and rock burst
4．5 Summary
5 The mining effect of fault activation and impact instability of coal and rock
5．1 Introduction
5．2 Establishment of fault contact surface
5．3 Numerical calculation scheme
5．4 Law of fault activation and instability of coal and rock under the influence of mining
5．5 Reliability analysis of numerical calculation of fault activation law under the influence of mining
5．6 Summary
6 Rule and control technology of rock burst on working face over the fault
6．1 Introduction
6．2 General situation of engineering geological conditions
6．3 Occurrence characteristics of rock burst in roadway of working face over the fault
6．4 Numerical analysis of the impact of the working face over the fault plane
6．5 Rock burst monitoring and warning
6．6 Method and effect of dispelling rockburst danger
6．7 Summary
6．8 Prospect
Reference