Modern Tunneling Science And Technology : Volume 1 / editors, K. Tateyama, M. Kimura.

"First Published in 2017. Routledge is an imprint of Taylor & Francis, an Informa company."--Provided by publisher.

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Bibliographic Details
Online Access: Full Text (via Taylor & Francis)
Other Authors: Adachi, T. (Editor), Tateyama, K. (Editor), Kimura, M. (Editor)
Format: eBook
Language:English
Published: Boca Raton, FL : CRC Press, 2017.
Edition:First edition.
Subjects:
Table of Contents:
  • Part 1 Keynote Lectures
  • chapter 1 Safety Aspects of the Lötschberg Railway Tunnel & Mont-Blanc Road Tunnel / F. Vuilleumier
  • chapter 2 On the fundamental mechanism of tunneling / Takeshi Tamura
  • chapter 3 Flexible Response to Difficult Ground and Controlled Tunnelling Technology / H. Wagner
  • chapter 4 Design Method of Shield Tunnel -Present Status and Subjects- / Y. Koyama
  • chapter 5 The Rehabilitation of Tunnel Structures / A. Henry
  • chapter 6 Underground Space Networks in the 21st Century: New Infrastructure with Modal Shift Technology and Geotechnology / T. Hanamura
  • part 2 1. Mechanism of tunneling
  • chapter 7 Optimal shape of underground structure / Takeshi Tamura
  • chapter 8 An approximate solution for the stresses on a rigid tunnel / A. Verruijt
  • chapter 9 Surface displacements due to pressure modifications induced by tunnels / Mohamed El Tani
  • chapter 10 Short and long-term load conditions for tunnels in low permeability ground in the framework of the convergence-confinement method / A. Graziani
  • chapter 11 3-D FEM Analysis for Layered Rock Considering Anisotropy of Shear Strength / Zhang Yujun
  • chapter 12 A consideration on apparent cohesion of unsaturated sandy soil / R. Kitamura
  • chapter 13 Identification of the soil parameters in the analysis of a shallow tunnel / C.M.C. Moreira
  • chapter 14 A simple technique to improve the prediction of surface displacement profiles due to shallow tunnel construction / A. Burghignoli
  • chapter 15 Numerical modeling of a nonlinear deformational behavior of a tunnel with shallow depth / S. Akutagawa
  • chapter 16 Prediction of ground settlements due to tunneling in clayey soils using advanced constitutive soil models: a numerical study / A. Burghignoli
  • chapter 17 Analysis of Three-dimensional Effect of Tunnel Face Stability on Sandy Ground with a Clay Layer by the Three-dimensional Rigid Plastic Finite Element Method / S. Konishi
  • chapter 18 Hydraulic conductivity change around tunnel due to excavation / A. Kobayashi
  • chapter 19 Displacement measurement in a two-dimensional tunneling experiment. / N. Dolzhenko
  • chapter 20 Centrifugal model test on the clay arching / W. Binglong
  • chapter 21 Arching effects on the deformation of sandy ground induced by tunneling / T. Honda
  • chapter 22 Numerical simulation of centrifuge test of trapdoor by 3-D FEM / T. Adachi
  • chapter 23 Earth pressure and ground movements due to tunneling
  • model tests and analyses / T. Nakai
  • chapter 24 Experimental study on the distribution of earth pressure through three-dimensional trapdoor tests / T. Adachi
  • chapter 25 Behaviour of a tunnel face reinforced by bolts : Influence of the soil/bolt interface / D. Dias
  • chapter 26 3-D energy damage model for bolted rockmass and its application in a tunnel engineering / Q.Y. Zhang
  • chapter 27 Centrifuge model test of tunnel face reinforcement by bolting / H. Kamata
  • chapter 28 Development of MGF Method Based on the Evaluation of Forepiling Supporting Mechanism / Y. Kitamoto
  • chapter 29 Experimental study on tunneling in the ground with inclined layers and its simulation / S.H. Park
  • chapter 30 Study on the strength enhancement theory of surrounding rock by bolting / C. Hou
  • chapter 31 An experimental study on the nonuniform tunnel lining / N. Yingyongrattanakul
  • part 3 2. Field measurements, monitoring, geophysics and site characterization
  • chapter 32 Seismic Prospecting in Underground Excavation to Investigate the Behavior of Surrounding Bedrock / H. Sasao
  • chapter 33 Evaluation of the geological condition ahead of the tunnel face by geostatistical techniques using TBM driving data / T. Yamamoto
  • chapter 34 Application of CSAMT monitoring method and observational construction management to mountain tunnel / T. Fukui.
  • Chapter 35 Nondestructive survey of shallow underground by electromagnetic method / T. Katayama
  • chapter 36 A study on the evaluation of in-situ rock conditions by the tomographic method in tunnel geological investigations / S. Miki
  • chapter 37 Systems for forward prediction of geological condition ahead of the tunnel face / T. Yamamoto
  • chapter 38 Deep excavation in Bangkok-characterization, measurement and prediction / S. Shibuya
  • chapter 39 Rock response during construction of cavern station at Bagatza (Metro Bilbao) / J. Madinaveitia
  • chapter 40 Excavation monitoring of a large cross section tunnel underpassing an existing railway / R. Sasaki
  • chapter 41 Evaluation of the load on a shield tunnel lining in gravel / H. Mashimo
  • chapter 42 Tunnel Convergence Measurement using Vision Metrology / S. Miura
  • chapter 43 Sequential application of several survey systems in tunnelling for ground classifications / M. Okamura
  • chapter 44 Application of Several Electric Resistivities of Rock Masses for Tunnel Supporting Design / M. Nakamura
  • chapter 45 Development and Application of Seismic Reflection Survey Looking Ahead of Tunnel Face using Hydraulic Impactor / T. Kato
  • chapter 46 Application of CCD Photogrammetry System to Measurement of Tunnel Wall Movement due to Parallel Tunnel Excavation / Y. Ohnishi
  • chapter 47 Semi-automated tunnel measurement by vision metrology using coded-targets / S. Hattori
  • chapter 48 Development of vision metrology combined with auxiliary observations for tunnel profile measurement / K. Akimoto
  • chapter 49 Assessment of grouting effect in rockmass using borehole jack tests / G. Zhang
  • chapter 50 Rock stress measurement using the compact conical-ended borehole overcoring (CCBO) technique / Y. Ishiguro
  • chapter 51 Blast Vibration Monitoring and Control of Twin Tunnels with Small Spacing / Wu Congshi
  • chapter 52 The monitoring result and consideration of vertical closed tunnels / K. Umeda
  • chapter 53 Study on the tunnel load generation mechanism of twin tunnel / M. Yoshinaga
  • chapter 54 Determination of the horizontal subgrade reaction coefficient for the backside of shoring systems in clayey soil / H. Nakamura
  • part 4 Maintenance of tunnel structures
  • chapter 55 Detection of Cracks on Tunnel Concrete Lining with Electric Conductible Paint / T. Okada
  • chapter 56 Soundness investigation of tunnel concrete by core sampling / H. Saito
  • chapter 57 Comprehensive Safety Inspections of Sanyo Shinkansen Tunnels / T. Kondo
  • chapter 58 A New Non-Destructive Testing Method for Crack and Its Application to Tunnel Structure / T. Nakamura
  • chapter 59 Development of new grouting material for tunnel rehabilitation / T. Asakura
  • chapter 60 A fundamental study on dynamic response of tunnel reinforcement structure for high speed railway / T. Kameda
  • chapter 61 Damage to mountain tunnels by earthquake and its mechanism / T. Asakura
  • chapter 62 The tunnelling at the crush zone in the Sanbagawa Metamorphic Belt / Y. Yoshida
  • chapter 63 Maintenance of the Undersea Section of the Seikan Tunnel / M. Ikuma
  • part 5 Design and construction of mountain tunnels
  • chapter 64 A proposal of new rock mass classification for tunneling / W. Akagi
  • chapter 65 Rock mass classifications study with the neural network theory / P.G.C. Lins
  • chapter 66 Rock Support Design for Tunnelling in Nepal Himalayan region (With a Case study of Khimti I Hydropower Project, 60 MW) / Gyanendra Lal Shrestha
  • chapter 67 Assessment of Susceptibility of Rock Bursting in Tunnelling in Hard Rocks / Ö. Aydan.
  • Chapter 68 Design of large scale road tunnel based on the behavior of discontinuous rock mass -Ritto Tunnel- / Y. Sakayama
  • chapter 69 Behavior of mountain tunnel with large cross section in earth ground / N. Tomisawa
  • chapter 70 Simplified behavior models of tunnel faces supported by shotcrete and bolts / L. Cosciotti
  • chapter 71 Simulation Analysis on Deformation of Soft Rockmass Due to Excavation of Tunnel / W. Zhu
  • chapter 72 Behavior of tunnels built in sedimentary rocks with joints dominant in one direction / T. Koyama
  • chapter 73 Research of Observational Method on the Groundwater in the Tunnel Approach Crossing / Y. Ohnishi
  • chapter 74 Main considerations on UDEC modeling of tunnel excavations and supports / S.G. Chen
  • chapter 75 Analysis on Tunnel Lining Deformation and Effect of Counter-measures for Earth Pressure / T. Asakura
  • chapter 76 Theory and practice of tunnel lining design / N.S. Bulychev
  • chapter 77 Experimental study on static behavior of road tunnel lining / H. Mashimo
  • chapter 78 Applicability of steel fiber reinforced high-strength shotcrete to a squeezing tunnel / M. Hisatake
  • chapter 79 Use of Electric Gradient to Increase Shotcrete Early Age Strength / D.A. Ferreira
  • chapter 80 Influence of Invert Construction Procedure on the Deformation And Internal Force of Tunnel Lining / Zhu Hehua
  • chapter 81 Efficient TBM Driving by Observational Construction Management / H. Niida
  • chapter 82 Study on the application of a large TBM to Hida Highway Tunnel / K. Miura
  • chapter 83 Constructing a Tunnel through the Embankment of National Road No. 4 Using the AGF Method / M. Miwa
  • chapter 84 Ground reinforcement for a tunnel in weathered soil layer beneath Han riverbed in Korea / Tae. Yang
  • chapter 85 Stability and water leakage of hard rock subsea tunnels / B. Nilsen
  • chapter 86 Development of long face reinforcement method with GFRP tubes / Y. Mitarashi
  • chapter 87 Study on effect and evaluation of auxiliary methods for mountain tunneling in weak ground / T. Fukui
  • chapter 88 Numerical evaluation of environmental impact on surrounding ground water by tunnel excavation / Y. Ohnishi
  • chapter 89 Back analysis for the bolted gate by coupling method of FEM and BEM / Tan Yunliang
  • chapter 90 Application of back analysis in assessing the stability of an Indian tunnel / Anil Swarup
  • chapter 91 Predicting surface settlement at shallow tunnels using Gompertz's curve as a stress release curve / T. Suzuki
  • chapter 92 Deformation and stability analysis of rectangular tunnel in soft rock ground using a strain softening type elasto-plastic model / T. Adachi
  • chapter 93 Study on tunnel design and construction method for New Tomei-Meishin Expressway / Ikuo Suzuki
  • chapter 94 Construction Work of Yamba Tunnel TBM Test Section / K. Takagi
  • chapter 95 External water pressure on lining of tunnels in mountain area / Zhang Youtian
  • chapter 96 Slope failure at tunnel entrance due to excavation and its countermeasure / A. Yashima
  • chapter 97 Design and construction of tunnel through counterweight fill / Hong-Gyu Lee
  • chapter 98 Causes of Primary Crusher Conveyor Tunnel Failure in Sar Cheshmeh Copper Mine in Iran / M.M. Toufigh
  • chapter 99 Study on the construction and design method of bolting support in coal roadway / N. Zhang
  • chapter 100 Rapid excavation for small section tunnel using TBM / H. Namura
  • chapter 101 The use of neurofuzzy modeling for performance prediction of tunnel boring machines / P.A. Bruines
  • chapter 102 Construction of Kamosaka Tunnel by the NARAI Excavation System / H. Haga
  • chapter 103 Development of low noise and vibration tunneling methods using slot by single hole continuous drilling / T. Noma
  • chapter 104 Experimental Study on Rock Cutting by Use of Actual Size Disc Cutter with Round Tip / H. Takahashi
  • chapter 105 Establishment of ventilation design method for New Tomei-Meishin Expressway Tunnels / T. Iwasaki.