
Rock Mechanics in Underground Construction : Proceedings of the ISRM International Symposium 2006 and the 4th Asian Rock Mechanics Symposium.
Title:
Rock Mechanics in Underground Construction : Proceedings of the ISRM International Symposium 2006 and the 4th Asian Rock Mechanics Symposium.
Author:
Leung, C. F.
ISBN:
9789812772411
Personal Author:
Physical Description:
1 online resource (528 pages)
Contents:
CONTENTS -- Preface -- Organisation -- Acknowledgement of Paper Reviewers -- KEYNOTE LECTURES -- Forensic Engineering for Underground Construction -- Thermo-Mechanical Behavior of Rock Masses around Underground LNG Storage Cavern -- Rock Mechanics and Hazard Control in Deep Mining Engineering in China -- Rock Mechanics Considerations for Construction of Deep Tunnels in Brittle Rock -- Development and Application of Discontinuous Deformation Analysis -- The Role of On-Site Engineering in Underground Projects -- Rock Mechanics and Excavation by Tunnel Boring Machine - Issues and Challenges -- ROCHA MEDAL AWARD PAPER -- Strategy for In-Situ Rock Stress Measurements -- EXTENDED ABSTRACTS -- 1. TUNNELLING -- 1.1. General -- Discontinuum Analysis of a Highway Tunnel -- Ground Reaction to Deep Draining Tunnels -- Behaviour of Tunnels in Jointed Rock Mass -- On the Stability of a Twin-Tube Tunnel Under Complex Geology -- New Approach of Tunnel Observation Using Digital Photogrammetry -- Optimization of the Round Length in Design Stage for Tunnel Excavation in Weak Rock -- The Impact of Rock Tunnelling on Groundwater in Epi-Fissure-Karst Zone and Ecological Conditions -- Study on Prediction of Tunnel Deformation Considering Degradation of Rock Mass -- Observational Method for Tunnel Construction Considering Environmental Impact to Groundwater Using the SWING Method -- Net Penetration Rate and Cutter Consumption in Jook-Ryung TBM Tunnel -- Stability Analysis of Surrounding Rock of Deep-Lying Long Tunnels -- A Tool for Rock Tunnel Design by Convergence-Confinement Method -- Contribution to the Design of Tunnels with Pipe Roof Support -- Estimation of Excavation Damaged Zone of Long-Span and Shallow Overburden Tunnel -- Deformation Monitoring on the Diverging Tunnel at Baziling, P. R. China.
Fundamental Study on Excavating Characteristic of Rock Type Slurry Shield in Soft-Rock -- 1.2. Theoretical and Numerical Analyses -- 3-D and Quasi-3-D Analyses of Underground Excavations -- Analysis of Time-Dependent Tunnel Behavior Using a New Rock-Support Interaction Model -- Modeling Coupled Hydro-Mechanical Response of Heterogeneous Fractured Rock During Tunnel Excavation -- Theoretical Solutions for NATM Excavation in Soft Rock Under Non-Hydrostatic In-Situ Stresses -- 3D Numerical Modeling of Gate Shafts and Surrounding Tunnels in Gotvand Dam Project -- Elastic-Plastic Analysis of Circular Openings in Broken Surrounding Rocks -- Continuum Methods for Stress and Stability Analysis of Boreholes and Tunnels -- Elasto-Plastic Numerical Simulation of Deep Circular Tunnel Subjected to Non-Hydrostatic Loading -- Numerical Analysis of the Change in Groundwater System with Tunnel Excavation in Jointed Rock Mass -- A Parameter Study of the Damaged Rock Zone Around Shallow Tunnels in Brittle Rock Mass -- Study on Tunnel Stability in Soft Rock Considering Volumetric Strain Using Coupled Analyses -- Boundary Element Analysis of Tunneling through a Weak Zone -- Physical and Numerical Modelling of Underground Opening in Jointed Rock Mass -- Three Dimensional Modelling of a Tunnel Cave-In and Spiling Bolt Support -- Circular Tunnel Elastic-Plastic Analysis -- Numerical Study of Cavity Unloading in Brittle-Plastic Rock -- Numerical Simulation for Shallow Tunnel Under Unsymmetrical Pressure -- Technique for Determination of Boundary Stress Conditions in Deep Tunneling -- 1.3. Field and Laboratory Studies -- Study on Minimal Rock Cover and Route Optimal Scheme of Subsea Road Tunnel -- TBM Breakdown Causes and Effects on Tunneling Performance in Tarabya Sewerage Tunnel.
Experience on the World's Longest Railway Tunnel St. Gotthard -- A Microseismic Monitoring Trial for the Stability Assessment of a Super Tunnel at Jinping Dam, China -- Stress-Strain Analysis of "HS Kozjak" Tunnel Due to Movements in Tectonic Fault -- Instrumentation and Monitoring Technology for Underground Construction in China - Review and Forecast -- Comparison of Identification and Quantification of Squeezing Condition by Different Approaches -- Instrumentation at Head Race Tunnel Under Adverse Geological Conditions -- Modification of the Proposed System of Rating for Rock Tunnelling Machine Selection Using the AHP Method -- Influence on Groundwater Level Change Due to Water Seepage in Chikushi Shinkansen Tunnel, Japan -- 2. ROCK CAVERNS -- 2.1. General -- A Thermo-Mechanical Analysis Around Lined LNG Storage Cavern -- Evaluation of the Stability for Underground Tourist Cavern in an Abandoned Coal Mine -- Hydrogeologic Analysis of Groundwater Drainage System for Underground LNG Storage Cavern -- Design of Rock Caverns in High In-Situ Stress Rock Mass -- Development of the Groundwater Resources in Bedrock Using Rock Caverns -- Cavern Design Consideration with Modern Drilling Equipment -- Application of Composite Element Method to PuBugou Underground Engineering -- Geotechnical, Environmental and Structural Aspects of Underground Storage of Hazardous Substances -- Influence of Concealed Karst Caverns on Tunnel Stability -- Fundamental Study on Long-Term Stability of the Underground Cavern -- Design Methodology for Hydrocarbon Caverns, Influence of In-Situ Stresses on Large Sections -- 2.2. Theoretical and Numerical Analyses -- Finite Element Analysis of Underground Nuclear Repositories with Temperature Dependent Rock Properties.
Behaviour Study of Large-Scale Underground Opening in Discontinuous Rock Masses by Using Distinct Element Method -- Hydro-Thermal Coupled Analysis of Ice Ring Formation in Underground Pilot LNG Cavern -- Heat Transfer and Boil-Off Gas Analysis Around Underground LNG Storage Cavern -- Numerical Simulation and Displacement Field Measurement of Powerhouse Cavern Excavation -- One System Analysis Method in Underground Chambers Excavation and Application -- Numerical Modelling for Feasibility Analysis of PowerHouse Chambers in Weak Formation -- 3D Analysis of Power Cavern in Rock Mass using Joint Factor and Nonlinear Hyperbolic Model -- Comparison of 2D&3D Analyses Results of Masjed Soliman Powerhouse Caverns by ANSYS Software -- Numerical Simulation of Gas Storage Caverns in Qom Region -- Stability Analysis of a Large Underground Powerhouse Cavern by 3D Discrete Element Method -- 2.3. Field and Laboratory Studies -- Stability Analysis of Lavarak Underground Powerhouse Cavern Using Back Analysis Results -- Microseismic Monitoring Around Large Underground Storage Caverns During Construction -- KAERI Underground Research Facility for the Validation of a High-Level Radioactive Waste Disposal Concept in Korea -- Monitoring and Analysis about Stabilization on the Tai'an Pumped-Storage Station Underground House -- Design Analysis of Experimental Lined Rock Cavern for Natural Gas Storage in Japan -- Experimental Lined Rock Cavern for Natural Gas Storage in Japan -- 3. MINING -- Instability Modes of Abandoned Lignite Mines and the Assessment of Their Stability -- Physical Simulation of Full-Seam Mining for a 20m Thick Seam by Sub-Level Caving Mining Method -- Numerical Investigation on Stability of the Rock Pillar in an In-Situ Experiment.
Stability Behaviour of Roadway Intersection in Deep Underground -- Effect of Backfilling on Stability of Pillars in Highwall Mining Systems -- New Method of Roof-Fall Hazard Evaluation in Polish Copper Mines -- Dimensioning of Salt-Rock Pillars in "Polkowice-Sieroszowice" Copper Deep Mine Based on FEM -- Failure Modes and Responses of Abandoned Lignite Mines Induced by Earthquakes -- A Damage Model of Acoustic Emission in Pillar Failure and Its Numerical Simulation -- Measuring Rock Mass Modulus of Deformation in a Stoping-Affected Cross-Cut in Pongkor Underground Gold Mine -- Correlating Apparent Stresses Predicted by Microseismic Monitoring and Tunnel Displacements Measured with Convergencemeter in the DOZ Block Caving Mine -- Geotechnical Challenges in the DOZ Block Cave Mine -- Modeling of Mining Induced Delay Outbursts in Terms of Material Degradation -- Study on Creep Behavior of Coal Rock and Stability of Tunnel Through Coal-Rock Layer -- 3-D Numerical Simulation and Calculation Models Discussion of Mining Subsidence -- Development of GIS-Based System for Predicting Coal Mining Subsidence and Assessment of Environment Impacts in North China -- Massive Collapse of Pillars in Mines -- Dynamic Simulation and Optimum Analysis on Construction Process for Joint Arch Tunnel in Partial Pressure -- 4. BLASTING AND DYNAMICS -- Effect of Stress Level and Excitation Size on Compression Waves in Jointed Rocks -- Wave Propagation and Attenuation in Discontinuous Rock Media -- Test and Theory Study on Middle-Deep Cut-Hole Blasting in Hard Rock Tunnel -- Calculation of the Burden of Periphery Blast-Holes in Smooth Blasting for Deep Tunnel Driving -- Validation of UDEC Modeling 2-Dimensional Wave Propagation in Rock -- Penetration Depth of Long-Rod Into Geomaterials.
Study on the Stability Safety of Dangerous Rock No.2 in Suofengying Hydropower Station.
Abstract:
This proceedings volume contains over 300 papers on rock mechanics and engineering with contributors from all over Asia and many other parts of the world. Seven keynote papers summarize the state-of-the-art in rock engineering including topics such as underground rock caverns. The technical papers cover a wide range of rock mechanics and engineering topics: rock tunnels, caverns, mining, rock slopes and dams, rock blasting, rock burst and failure, rock properties, rock mass, rock joints, and block theory. Numerous valuable rock engineering case studies are also reported. This volume should serve as a useful reference for the engineers and researchers in rock mechanics and rock engineering. Sample Chapter(s). Chapter 1: Forensic Engineering for Underground Construction (244 KB). Contents: Tunnelling; Rock Caverns; Mining; Blasting and Dynamics; Support and Reinforcement; Rock Mass; Rock Properties; Discontinuities; Block Theory and DDA; Failure, Fracture and Burst; Dams and Slopes; Other Applications. Readership: Graduate students, academics and researchers in civil engineering and engineering mechanics.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
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