ABSTRACT
Geotechnical Aspects of Underground Construction in Soft Ground comprises a collection of 68 contributions, including 55 technical papers, 6 General Reports, 5 Keynotes, 1 Fujita Lecture, and 1 Bright Spark Lecture presented at the 11th International Symposium on Geotechnical Aspects of Underground Construction in Soft Ground (IS-Macau 2024), held in Macao SAR, China, on June 14-17, 2024.
The symposium is the latest in a series that began in New Delhi in 1994 and was followed by symposia in London (1996), Tokyo (1999), Toulouse (2002), Amsterdam (2005), Shanghai (2008), Rome (2011), Seoul (2014), Sao Paulo (2017), and Cambridge (2022). This symposium was organized by the University of Macau, Civil Engineering Laboratory of Macau, and the Macau Association for Geotechnical Engineering under the auspices of TC204 of ISSMGE. The book includes contributions from more than 15 countries on the research, design, and construction of underground works in soft ground. The theme of IS-Macau 2024 is “Tunnelling and Underground Construction for Smart Cities”. The contributions cover the following topics:
- Basic properties and soil improvement in soft ground
- Constitutive and Numerical Modelling
- Innovative analysis and design in tunneling and underground construction
- Smart monitoring and visualization technologies for tunneling and underground construction
- Sustainability and resilience of underground infrastructure
- Field case studies
Similar to previous editions, GEOTECHNICAL ASPECTS OF UNDERGROUND CONSTRUCTION IN SOFT GROUND serves as an invaluable resource offering insights into the contemporary methods of analyzing, designing, and executing tunnels and deep excavations within soft ground environments, crucial for the advancement of smart cities. The book is particularly aimed at academics and professionals interested in geotechnical and underground engineering.
TABLE OF CONTENTS
part |15 pages
Fujita lecture
part |54 pages
Keynote lecture
chapter |11 pages
Three implementations to reduce geotechnical risk on underground projects using information engineering and AI
part |11 pages
Bright spark lecture
part |76 pages
Basic properties of soft soils
chapter |6 pages
Permeability improvement of contaminated soil treated by nano Zero-Valent Iron (nZVI) through a modified slurry-consolidation procedure
chapter |8 pages
Experimental study on non-symmetric polarity reversal for reducing interfacial resistance in electro-osmosis of soft soil
chapter |9 pages
Study on the deformation and strength characteristics of bentonite based on structural fractal features
chapter |6 pages
Determination of particle breakage and fractal dimension for marine coral sand
chapter |8 pages
Improved determination of the constrained modulus in soft soils using the flat dilatometer test
chapter |9 pages
Mechanical strength and resistivity characteristics of activated MgO-carbonated cured Zn2+ contaminated soils
chapter |8 pages
Permeability and strength of sand-bentonite mixture stabilized by different binders for construction of two-phase cut-off walls
chapter |7 pages
Analysis of soil clogging of TBM tunneling in clayey layers and the role of soil compositions
chapter |5 pages
Investigation on evolutions of soil arching developed in a pile-supported embankment considering geogrid
part |89 pages
Constitutive and numerical modelling
chapter |7 pages
General report for “Constitutive and Numerical Modelling” session at IS-Macau 2024
chapter |8 pages
3D numerical modelling of a compensation grouting field trial in alluvial soils
chapter |6 pages
Effect of diaphragm wall construction process on the performance of braced excavation
chapter |8 pages
Numerical simulation of lake crossing construction under double-pipe tunnel considering flow-solid coupling
chapter |9 pages
A continuum analysis of piles affected by an advancing tunnel excavation during centrifuge tests with a miniature TBM
chapter |8 pages
Numerical analysis of rectangular tunnel boring machine induced ground settlement
chapter |9 pages
Numerical modeling of muck movement and chamber pressure distribution during EPB shield tunneling with auxiliary air pressure balance mode
part |96 pages
Innovative analysis and design in tunneling and underground construction
chapter |6 pages
General Report – Innovative analysis and design in tunneling and underground construction
chapter |6 pages
Settlement prediction of the Hong Kong-Zhuhai-Macau Bridge tunnel under the effect of typhoon
chapter |8 pages
Delineating the 3D spatial distribution of granite weathering grade from boreholes data
chapter |8 pages
Evaluation of landslide susceptibility in Kangding basin based on factor screening
chapter |9 pages
Bibliometric data mining of machine learning in tunnel engineering research: A publication trends analysis and visualization
chapter |10 pages
Effects of measurement data size on Bayesian updating of excavation-induced deflection
chapter |6 pages
Dynamically updating geological uncertainty simulation with the process of tunnel excavation
part |91 pages
Smart monitoring and visualization technologies for tunnelling and underground construction
chapter |10 pages
General Report – Smart monitoring and visualization technologies for tunnelling and underground construction
chapter |7 pages
Investigating inherent mechanism of loess adhered to shield machine cutting tools
chapter |7 pages
Control of grouting in the bedrock and soil in vicinity of tunnels and construction pits, Case study: E18, Oslo, Norway
chapter |7 pages
Predicting penetration behavior of foam with different rheology into saturated sand
chapter |9 pages
Development and performance evaluation of a novel FBG-based sensor for measuring positive and negative pore water pressure in soil
chapter |9 pages
Research on a CO2 Internet of Things online monitoring system for geotechnical engineering construction
chapter |8 pages
Least squares adjustment approach in real-time monitoring of existing twin tunnels
chapter |8 pages
Spatial interpolation of sparse SPT values using weighted ellipse nearest neighbors approach
chapter |8 pages
Study on grouting rehabilitation of asymmetric transverse deformation in an existing shield tunnel
chapter |7 pages
The relationship between the penetration depth and wavelength of the surface wave in two layers of soil
part |83 pages
Sustainability and resilience of underground infrastructure
chapter |11 pages
Post-tensioned Waler System (PWS) as supporting structure for deep excavations
chapter |8 pages
Quantitative vulnerability calculation for existing tunnel affected by under-crossing shield tunnel excavation
chapter |8 pages
Spatial variability for Deep Cement Mixing in Kallang formation in Singapore. Review of scale of fluctuation and its influence in design
chapter |8 pages
Deformation of surrounding soil mass of subway tunnel subjected to traffic loads considering principal stress rotation
chapter |9 pages
An ArcGIS toolbox for the probabilistic performance-based assessment of surface building damage in large-scale urban excavations
part |65 pages
Field case studies
