书籍详情
岩体力学及地下工程应用（英文版）
作者：贾朝军,徐卫亚,施成华
出版社：中南大学出版社有限责任公司
出版时间：2021-05-01
ISBN：9787548741954
定价：¥78.00
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内容简介
内容提要： 本书系统阐述和介绍了岩石、结构面和岩体的基本力学理论，介绍了岩体力学问题的基本分析方法及岩体力学理论在地下工程中的实践应用。主要包括岩石和岩体的基本力学性质；岩石工程设计、施工和运维所需要掌握的基本知识；室内岩石力学试验和数值分析的基本技能。同时，本书还介绍了岩石力学近些年所取得的新理论、技术、方法和工程实践成果。 主要特点： 1.突出基础：为了把浩如烟海的理论和知识浓缩到一本教材中，必须抓住重点，突出岩石力学的基本理论、基本知识、基本技能等。2.通用性：本教材注重岩石力学通用基础知识的介绍，此外还选取众多工程领域中涉及的地下工程领域进行介绍，实现理论和实践教学的并举。3.实时性：本教材把近年来的新理论、技术、方法和工程实践成果介绍给广大学生，为学生今后深入学习和应用提供思路，指明方向。本书可供相关专业留学生、教师、工程技术人员参考使用。
作者简介
暂缺《岩体力学及地下工程应用（英文版）》作者简介
目录
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
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
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