Geotechnical rock mass deformation and safety monitoring

Author: Li Di
Publisher:
Publish Date: 2006-12-01
Features: General References References Chapter 1 Development of Rock Mass Safety Monitoring in Hydropower Engineering 1.1 Overview 1.2 Development of Safety Monitoring Concepts 1.3 Development of Safety Monitoring Technology 1.4 Development of Back Analysis of Deformation References Chapter 2 Engineering Rock Mass Safety Monitoring 2.1 Overview 2.2 Monitoring Instruments 2.3 Requirements for Observation Technology 2.4 Requirements for Organizing and Analyzing Observation Data 2.5 Feedback Forms of Observation Data 2.6 Layout of Monitoring Instruments 2.7 On-site Inspections 2.8 Summary References Chapter 3 Factors Affecting the Deformation of Engineering Rock Mass 3.1 Overview 3.2 Influence of Geological Conditions on Deformation 3.3 Influence of Blasting Excavation on Deformation 3.4 Influence of Water Storage on Deformation 3.5 Influence of Rainfall on Deformation 3.6 Influence of Time on Deformation 3.7 Influence of Coal Mining on Deformation 3.8 Summary References Chapter 4 Analysis of Engineering Rock Mass Deformation 4.1 Overview 4.2 Analysis of Deformation and Progressive Failure of Slump Slides in Accumulation Bodies 4.3 Analysis of Deformation Development and Failure of Slump Slides in Accumulation Bodies 4.4 Factor Analysis of Slump Monitoring Data 4.5 Association Rule Mining Analysis of Slump Monitoring Data 4.6 Analysis of Temperature Deformation Field in High Rock Slopes 4.7 Analysis of Deformation Direction of Rock Slopes Using Tubular Line Method 4.8 Summary References Chapter 5 Applications of Engineering Rock Mass Deformation Monitoring 5.1 Overview 5.2 Safety Forecasting and Feedback Construction 5.3 Deformation Prediction Models and Applications of Slopes (or Slumps) 5.4 Back Analysis of Deformation Parameters of the Xintan Slump Body 5.5 Classification and Application of Deep Deformation in Rock Slopes (or Slumps) 5.6 Summary References Review and Outlook Appendix This book systematically introduces the principles, methods, experience, and lessons of the entire process of monitoring instruments to monitoring layout and implementation for rock mass safety monitoring in the Yangtze and Qing Rivers projects. Based on the data of deformation safety monitoring, it analyzes the factors affecting the deformation of engineering rock mass and analyzes the characteristics of engineering rock mass deformation.