This textbook combines new specifications, engineering case studies, and numerical simulations based on the author's research. It focuses on the basic concepts and theories of design for underground structures. After an introduction, it covers various topics, such as theory of elastic foundation beam and theory of mechanical calculation methods for underground structures, as well as the theories of design for shallow-buried structures, underground continuous walls, shield tunnel structures, subway by-passes, open caisson structures, immersed tubes and pipe jacking structures. It also includes thetheory of reliability for underground structures and the theory of numerical analysis for underground.
This textbook is intended for graduate and undergraduate students majoring in civil engineering, urban underground space engineering, highway engineering, railway engineering, bridge and tunnel engineering, water conservancy and hydropower engineering.
Table of Contents
Chapter 1 Introduction
Chapter 2 Loads of the Underground Structures
Chapter 3 Theory of the Elastic Foundation Beam
Chapter 4 Theory of the Mechanical Calculation Methods for Underground Structures
Chapter 5 Theory of the Design for Shallow-Buried Structures
Chapter 6 Theory of the Design for Underground Continuous Walls
Chapter 7 Theory of the Design for Shield Tunnel Structures
Chapter 8 Theory of the Artificial Freezing for Subway By-passes
Chapter 9 Theory of the Design for Open Caisson Structures
Chapter 10 Theory of the Design for Immersed Tube Structures
Chapter 11 Theory of the Design for Pipe Jacking Structures
Chapter 12 Reliability Theory for the Underground Structures
Chapter 13 Theory of the Numerical Analysis for Underground Structures
Appendix A Tables for calculating the elastic foundation beam
References
