巖體力學(xué)及地下工程應(yīng)用（英文版）

Contents
Chapter 1 Introduction  1
1.1 Intact rock and rock mass  1
1.2 The basic tasks of rock mechanics  6
1.3 The development history and current situation of rock mass mechanics  8
1.4 Research methods  10
Reflections and exercise  11
Chapter 2 Physical Properties of Rock  12
2.1 Abstract  12
2.2 Physical properties  12
2.3 Water effect properties  16
2.4 Thermal and magnetic properties  22
2.5 Rock mass structure  25
Reflections and exercise  31
Chapter 3 Mechanical Properties of Intact Rock  32
3.1 Abstract  32
3.2 Mechanical properties of rock under uniaxial compression  33
3.3 Mechanical properties of rock under triaxial compression  41
3.4 Mechanical properties under tensile condition  52
3.5 Mechanical properties under shear test  57
3.6 Affecting factors of rock mechanical properties  58
Reflections and exercise  63
Chapter 4 Mechanical Properties of Rock Mass  64
4.1 Abstract  64
4.2 Mechanical properties of discontinuities  64
4.3 Deformation of rock mass  71
4.4 Strength of rock mass  80
4.5 Strength theory of rock(rock mass)  89
4.6 Classification of rock mass  106
Reflections and exercise  125
Chapter 5 Rock Rheology Mechanics  126
5.1 Abstract  126
5.2 Basic mechanical properties of rock rheology  126
5.3 Rock rheology tests  129
5.4 Influence factors of rock rheology properties  133
5.5 Constitutive model of rock rheology  138
5.6 Long-term strength of rock  149
Reflections and exercise  151
Chapter 6 Seepage Mechanics in Rock Engineering  152
6.1 Abstract  152
6.2 Porous media and fracture media  152
6.3 Darcy's law and mathematical model of groundwater seepage  154
6.4 Permeability of intact rock  156
6.5 Permeability of rock mass  171
Reflections and exercise  179
Chapter 7 State of Stress Underground and Stresses Around Cavities  180
7.1 Abstract  180
7.2 Origin of in-situ stress  181
7.3 Distribution of in-situ stress  183
7.4 Measurement of in-situ stress  188
7.5 Surrounding rock redistribution stress  194
Reflections and exercise  207
Chapter 8 The stability of Underground Engineering  208
8.1 Abstract  208
8.2 Deformation and failure of surrounding rock  209
8.3 Peripheral rock pressure  219
8.4 Supporting theory of underground applications  229
8.5 Monitoring of underground applications  238
Reflections and exercise  249
References  250