3 Overall Design 3.1 General Requirements 3.2 Selection of Tunnel Location 3.3 Plane and Longitudinal Profile of Tunnel Route 3.4 Inner Contour 3.5 Risk Assessment and Control 3.6 Works for Disaster Prevention, Evacuation and Rescue 3.7 Interface Design
4 Tunnel Prospecting 4.1 General Requirements 4.2 Investigation, Mapping, Exploration and Testing 4.3 Classification of Surrounding Rock
6 Construction Materials 6.1 General Requirements 6.2 Concrete 6.3 Shotcrete 6.4 Steel 6.5 Stone and Masonry 6.6 Other Common Materials
7 Tunnel Portal 7.1 General Requirements 7.2 Design of Portal Section 7.3 Protection of Dangerous Rocks and Falling Rocks around Tunnel Portal
8 Tunnel Lining 8.1 General Requirements 8.2 Composite Lining 8.3 Segment Lining 8.4 Lining of Open Cut Tunnel 8.5 Lining Calculation 8.6 Requirements on Detailed Structures
9 Auxiliary Structures and Tracks in Tunnel 9.1 Chambers 9.2 Ditches and Troughs 9.3 Tracks
10 Waterproofing and Drainage 10.1 General Requirements 10.2 Waterproofing 10.3 Drainage 10.4 Waterproofing and Drainage of Portal and Open Cut Tunnel
11 Ventilation and Lighting 11.1 General Requirements 11.2 Ventilation during Construction 11.3 Ventilation during Operation and Ventilation for Disaster Prevention 11.4 Lighting
12 Tunnels in Special Rocks and Soils and Unfavorable Geological Conditions 12.1 Tunnels in Karst Region 12.2 Tunnels in Swelling Rock (Soil) 12.3 Tunnels in Gas-containing Ground 12.4 Tunnels in Goal Area 12.5 Tunnels in High Ground Stress Area 12.6 Tunnels in Radioactive Surrounding Rock 12.7 Tunnels in Loess 12.8 Tunnels in Aeolian Sand or Water-bearing Sand Strata 12.9 Tunnels in Very Cold and Cold Area
13 Construction Adits 13.1 General Requirements 13.2 Excavation, Supporting and Lining 13.3 Lateral Adit and Parallel Heading 13.4 Inclined Shaft and Vertical Shaft
14 Construction Method and Main Measures 14.1 General Requirements 14.2 Mining Method 14.3 TBM Method 14.4 Shield Method 14.5 Open-cut Method 14.6 Geological Prediction 14.7 Monitoring 14.8 Advance Supporting and Surrounding Rock Consolidation Measures
15 Tunnel Renovation 15.1 General Requirements 15.2 Requirements on Renovation 15.3 Electrification
16 Environment Protection 16.1 General Requirements 16.2 Water Resource Protection 16.3 Protection of Natural Environment and Nearby Buildings (Structures) 16.4 Disposal of Mucks Produced in Tunnel Construction Appendix AConstruction Gauge of Railway Tunnel Appendix BClassification of Surrounding Rock of Railway Tunnel B.1 Basic Classification of Surrounding Rock B.2 Modification of Classification of Surrounding Rock of Tunnel Appendix CSub-classification of Surrounding Rock of Railway Tunnel C.1 Sub-classification of Surrounding Rock C.2 Modification of Sub-classification of Surrounding Rock C.3 Physical and Mechanical Parameters of Surrounding Rock of Each Sub-grade Appendix DCalculation Methods for Loads of Deep Tunnel Appendix ECalculation Methods for Loads of Shallow Tunnel Appendix FCalculation Methods for Loads of Asymmetrically-loaded Tunnel Appendix GCalculation Methods for Loads of Open Cut Tunnel Appendix HCalculation Methods for Portal Walls Appendix JCalculation Methods for Loads of Shield-bored Tunnel Appendix KTable of Performance Parameters of Common Shaped Steel Words Used for Different Degrees of Strictness
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