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Summary
One of the world's currently largests tunnel projects is under construction at the Yangtze River estuary: the Shanghai Yangtze River Tunnel project, with its length of 8950 m and a diameter of 15.43 m. The Shanghai Yangtze River Tunnel. Theory, Design and Construction, which was presented as a special issue at the occasion of the 6th International Symposium Geotechnical Aspects of Underground Construction in Soft Ground (IS-Shanghai, China, 10-12 April 2008), contains a comprehensive collection of papers dedicated to one of the most complex underground works recently undertaken, and covers a variety of topics: “ Experiment and design; “ Construction and monitoring; “ Theoretical analysis and numerical simulation; “ Risk assessment, and “ Project management. This book will be invaluable to scientists and engineers working in the analysis, design, construction and management of tunnels in soft ground.
Table of Contents
| Preface | p. IX |
| Keynote lecture | |
| Overview of Shanghai Yangtze River Tunnel Project | p. 3 |
| Special lectures | |
| Fire evacuation and rescue design of Shanghai Yangtze River Tunnel | p. 21 |
| Shanghai Yangtze River Tunnel & Bridge Project management based on lifecycle | p. 27 |
| Experiment and design | |
| A review of shield tunnel lining design | p. 37 |
| Analysis of the slurry infiltration effect on soil by true triaxial test under the ESEM-scanning | p. 43 |
| Design and optimization of gasket for segment joint based on experiment and mathematical analysis | p. 53 |
| Design of hazard prevention system for Shanghai Yangtze River Tunnel | p. 63 |
| Design of shield work shaft constructed together with cut-and-cover tunnels | p. 69 |
| Experimental study on fire damage to slab of exit flue of shield tunnel | p. 81 |
| Integrated design and study of internal structure of Shanghai Yangtze River Tunnel | p. 85 |
| Preliminary study of temperature rising and cooling measures for long road tunnel | p. 93 |
| Research on fireproofing and spalling resistance experiment solution for reinforced concrete structure specimen of tunnel | p. 99 |
| Study of full-scale horizontal integral ring test for super-large-diameter tunnel lining structure | p. 111 |
| The application of single-fluid resisting shear type slurry with synchronized grouting system on large slurry shield machine in Shanghai Yangtze River Tunnel | p. 125 |
| The dielectric constant testing of grouting slurry and soil behind shield tunnel segment in soft soil | p. 131 |
| Construction technology and monitoring | |
| 70T hydraulic system truck | p. 141 |
| Application of the large-scale integrated equipments in slurry treatment in shield tunneling | p. 145 |
| Attitude surveying of the tunnel shield | p. 155 |
| Construction logistics in large diameter and long distance shield tunneling | p. 159 |
| Construction technology of shield inspection environment in Shanghai Yangtze River Tunnel | p. 167 |
| Deformation monitoring system of circular tunnel cross section | p. 175 |
| Driving the slurry TBMs for Shanghai Yangtze River Tunnel | p. 181 |
| GFRP reinforcement cage erection technology in diaphragm wall | p. 193 |
| Importing of shield machine of Shanghai Yangtze River Tunnel and Bridge | p. 199 |
| Key techniques in cross passage construction of Shanghai Yangtze River Tunnel by artificial ground freezing method | p. 205 |
| TBM options for Shanghai Yangtze River Tunnel Project | p. 211 |
| The application of laser tracker in mould/segment measurement | p. 223 |
| Theoretical analysis and numerical simulation | |
| A 3D visualized life-cycle information system (3D-VLIS) for shield tunnel | p. 231 |
| Analysis on influence of conicity of extra-large diameter mixed shield machine on surface settlement | p. 237 |
| Numerical study on working ventilation of Shanghai Yangtze River Tunnel | p. 243 |
| Optimization design and research of the cross section form and structure for Shanghai Yangtze River Tunnel | p. 247 |
| Prediction for long-term settlement of Shanghai Yangtze River Tunnel | p. 253 |
| Simplified analysis for tunnel seismic response in transverse direction | p. 259 |
| Study on tunnel stability against uplift of super-large diameter shield tunneling | p. 267 |
| Risk assessment and management | |
| Construction risk control of cross passage by freezing method in Shanghai Yangtze River Tunnel | p. 277 |
| Crack control measures during segment prefabrication of large diameter bored tunnel | p. 285 |
| Dynamic risk management practice of construction for the long-distance and largest-diameter tunnel | p. 291 |
| Prefabrication supervision of major tunnel lining with high precision | p. 299 |
| Research on vibration monitoring and fault diagnosis for principal bearing in shield machine | p. 305 |
| Risk analysis on shield tail seal brush replacing of Shanghai Yangtze River Tunnel | p. 311 |
| Shanghai Yangtze River Tunnel split level evacuation provisions | p. 319 |
| The construction management informationization practice in Shanghai Yangtze River Tunnel & Bridge Project | p. 325 |
| The structural serviceability of large road tunnel | p. 333 |
| Author index | p. 339 |
| Table of Contents provided by Ingram. All Rights Reserved. |
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