# Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000

DOI link for Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000

Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000 book

# Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000

DOI link for Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000

Tunnels and Underground Structures: Proceedings Tunnels & Underground Structures, Singapore 2000 book

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This text describes topics discussed at the conference, including: tunnelling and construction in soft ground and rocks; geological investigations; tunnelling machines; planning for underground infrastructure; safety issues and environmental and social aspects of underground development.

## TABLE OF CONTENTS

part 1|85 pages

Keynote papers

chapter 3|16 pages

#### Rock mass classification for choosing between TBM and drill-and-blast or a hybrid solution

part 2|76 pages

Tunnelling in Asian regions

chapter 9|9 pages

#### Current and future tunnelling works in Hong Kong for the years 2000–2010

chapter 11|8 pages

#### Tunnelling and underground construction in India – Present status and future potential

chapter 13|8 pages

#### Commencement of the MRTA Bangkok Subway, part of the M. R.T. Chaloem Ratchamongkhon Line

chapter 14|8 pages

#### Construction of the Khayam Tunnel of the Tehran Main Drainage Scheme

part 3|104 pages

Tunnelling in soft ground

chapter 16|6 pages

#### Delhi Metro – Tunnels and stations on the 11km underground metro corridor

chapter 18|6 pages

#### Determining the parameters of double-layer linings of shallow tunnels

chapter 19|6 pages

#### Ground freezing design in tunnelling – Two case studies from Stockholm

chapter 20|8 pages

#### Construction of North East Line tunnels at Singapore River Crossing

chapter 21|6 pages

#### Evaluation of face stability with the consideration of seepage forces in shallow tunnels

chapter 22|8 pages

#### NATM tunnelling in Singapore Old Alluvium – Design assumptions and construction experience

chapter 23|6 pages

#### Lining design and ground response to the construction of the Clarke Quay tunnels

chapter 25|8 pages

#### Construction of an advance tunnel for the Deep Tunnel Sewerage System (DTSS) using sprayed concrete linings

chapter 26|6 pages

#### Design and construction of sewer tunnels under the Deep Tunnel Sewerage System

chapter 27|8 pages

#### Tunnelling under Woodleigh Workers’ Quarters on Contract 705

chapter 29|6 pages

#### Application of neural network in estimation of air losses in compressed air tunnelling

chapter 30|6 pages

#### Construction of the linkway underneath the existing Outram Park Station

part 4|136 pages

ITunnelling in rocks

chapter 32|10 pages

#### Underground expansion of the Swedish Museum of Natural History

chapter 35|6 pages

#### Feasibility of developing the Underground Science City in rock caverns under Kent Ridge Park, Singapore

chapter 36|6 pages

#### A theoretical method for estimation of loosening pressure on tunnels in soft rocks

chapter 37|6 pages

#### Considerations for ground vibrations in underground blasting

chapter 38|8 pages

#### The use of bulk emulsion explosives at the Mandai underground storage caverns

chapter 39|8 pages

#### Performance improvement of roof support system in longwall gate roads

chapter 40|8 pages

#### Three dimensional finite element analysis on construction process of large span tunnel of Guangzhou Metro

chapter 41|6 pages

#### Rock engineering system approach in tunnelling and underground excavation

chapter 42|6 pages

#### Applicability of seismic geotomography to rock classification of Okawara Tunnel, Kyushu, Japan

chapter 43|8 pages

#### Quality recommendations on segmental lining for shield drive in hard rock

chapter 44|8 pages

#### Two cavern schemes in the Jurong Formation of Singapore

chapter 45|6 pages

#### Vibration isolation of cutter picks on mining machines

chapter 46|6 pages

#### Optimisation of operating and design parameters of shearer drums by computer

chapter 47|6 pages

#### Discrete element modelling of rock cavern stability subjected to shock loading

chapter 48|7 pages

#### Application of energy-dissipation model to majorization analysis of construction sequence of large-scale underground openings

chapter 49|6 pages

#### Simulation of thermal deformation around an underground opening

part 5|84 pages

Deep excavation

chapter 50|8 pages

#### Geotechnical design and construction aspects of the Clarke Quay station

chapter 51|8 pages

#### Some observations during excavation on the behaviour of old alluvium soils in Singapore

chapter 53|6 pages

#### Semi top-down construction method for Singapore MRT, NEL

chapter 54|6 pages

#### Construction of the northern end of Outram Park Station

chapter 55|6 pages

#### An observational approach to the monitoring of the excavation at Harbour Front Station, Singapore

chapter 57|7 pages

#### Behavior and performance of deep excavation in residual soils near sensitive structures

chapter 58|7 pages

#### The monitoring and analysis of results for two strutted deep excavations in Singapore using vibrating wire strain gauges

chapter 59|8 pages

#### Instrumentation for the North-East MRT project at Clarke Quay

part 6|86 pages

Settlement and structures

chapter 61|6 pages

#### Planning the monitoring required to confirm the movement and rotation of tunnels and trackwork due to excavation and tunnelling

chapter 62|6 pages

#### The assessment of limits for the movement of subway tunnels and trackwork due to adjacent construction

chapter 64|7 pages

#### An estimate of subsurface settlement trough width parameter for G4 material

chapter 65|6 pages

#### Ground control of tunnelling beneath an operating railway tunnel in Singapore

chapter 66|6 pages

#### Effect of deep excavation on piled foundation

chapter 67|8 pages

#### Deformation analysis based on shield tunnelling and soil conditions with case studies from Shanghai Metro tunnels

chapter 68|6 pages

#### NATM – Effect of shotcrete setting time and excavation sequence on surface settlements

chapter 69|6 pages

#### Monitoring of reinforced concrete piles under horizontal and vertical loads due to tunnelling

chapter 71|6 pages

#### Stability and settlement due to bored tunnelling for LTA, NEL

chapter 72|6 pages

#### Soil disturbance and stability control of shield tunnelling in urban environment

chapter 73|6 pages

#### Safety in tunnelling is far too important to be left only to safety officers

part 7|106 pages

Planning, investigation and ground improvement