岩体锚固与岩土工程新进展

本书特色

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本书总结了作者近年来关于岩石力学基础理论、分析方法以及创新技术和工程应用的*研究成果。全
书分为岩石试验、岩石锚杆、注浆锚索、隧道工程、边坡工程和采矿工程 6章，主要阐述了岩板断裂铰接成
拱过程及其失稳破坏特征，岩石锚杆破坏模式及其力学机制，注浆锚索的尺度效应及其传力特性，以及近年
来在隧道工程、边坡工程和采矿工程实践中的创新技术及其应用效果分析等内容，附有大量的图表和工程实
例。研究内容主要为国家自然科学基金项目、澳大利亚政府奋进研究学者项目、河北省自然科学基金项目，
以及大量国内外现场实践项目提炼出来的相关科学问题和技术难题。本书内容丰富、新颖、实用，可为隧道
工程、边坡工程、采矿工程及岩石力学专业的科研工作者、高等院校师生以及现场工程技术人员提供参考和
借鉴。

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内容简介

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岩体锚固与岩土工程新进展总结了近年来关于岩石力学基础理论、分析方法以及创新技术和工程应用的*研究成果。

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目录

Preface i
Acknowledgments ii
1. Rock Testing
1. Instability Characteristics of a Single
Sandstone
Plate 1
2. Instability Characteristics of
Double-Layer Rock
Plates 11
3. Rupture and Energy Analysis of
Double-Layer Rock
Plates 18
4. Double-Layer Rock Plates With Both Ends
Fixed
Condition 27
5. Viscoelastic Attenuation Properties for
Different
Rocks 32
6. Cutting Fracture Characteristics of
Sandstone 39
7. Energy Dissipation Characteristics of
Sandstone
Cutting 46
8. Fracture Properties on the Compressive
Failure of
Rock 52
References 58
Further Reading 60
2. Rockbolting
1. Mathematical Derivation of Slip Face
Angle 61
2. A Mechanical Model for Cone Bolts 73
3. Effect of Introducing Aggregate Into
Grouting
Material 86
4. Optimizing Selection of Rebar Bolts 90
5. Poisson’s Ratio Effect in Push and Pull
Testing 102
6. Study on Rockbolting Failure Modes 112
7. Steel Bolt Profile Influence on Bolt
Load Transfer 128
8. Tensile Stress Mobilization Along a
Rockbolt 141
References 146
Further Reading 149
3. Grouted Cable
1. Load Transfer Mechanism of Fully Grouted
Cable 151
2. Theoretical Analysis of Load Transfer
Mechanics 159
3. Impacting Factors on the Design for
Cables 168
4. Mechanical Properties of Cementitious
Grout 177
5. Anchorage Performance Test of Cables 187
6. Axial Performance of a Fully Grouted
Modified
Cable 196
7. Sample Dimensions on Assessing Cable
Loading
Capacity 203
References 212
Further Reading 215
4. Tunnel Engineering
1. Construction Optimization for a Soft
Rock
Tunnel 217
2. Water Inrush Characteristics of Roadway
Excavation 225
3. Lining Reliability Analysis for
Hydraulic Tunnel 233
4. Disturbance Deformation of an Existing
Tunnel 239
5. Energy Dissipation Characteristics of a
Circular
Tunnel 250
6. Pressure-Arch Evolution and Control
Technique 256
7. Skewed Effect of the Pressure-Arch in a
Double-Arch Tunnel 266
References 276
Further Reading 279
5. Slope Engineering
1. Three-Dimensional Deformation Effect and
Optimal
Excavated Design 281
2. Stability Analysis of Three-Dimensional
Slope
Engineering 289
v
Biography iii
3. Fracture Process Analysis of Key Strata
in the
Slope 295
4. Parameters Optimization of the Slope
Engineering 303
5. Key Technologies in Cut-and-Cover
Tunnels in Slope
Engineering 310
6. Potential Risk Analysis of a Tailings
Dam 319
7. A New Landslide Forecast Method 326
References 331
Further Reading 333
6. Mining Geomechanics
1. Analytical Analysis of Roof-Bending
Deflection 335
2. Analytical Solution of the Roof Safe
Thickness 345
3. Catastrophe Characteristics of the
Stratified Rock
Roof 350
4. Pressure-Arch Analysis in Coal Mining
Field 357
5. Analysis of Accumulated Damage Effects
on the
Roof 363
6. Tunnel and Bridge Crossing the Mined-Out
Regions 372
7. Pressure-Arch Analysis in Horizontal
Stratified
Rocks 381
8. Pressure-Arch in a Fully Mechanized
Mining
Field 392
References 400
Further Reading 402
Index 403

封面

书名:岩体锚固与岩土工程新进展

作者:王树仁

页数:未知

定价:¥168.0

出版社:清华大学出版社

出版日期:2016-11-01

ISBN:9787302454458

PDF电子书大小:107MB 高清扫描完整版