Front Cover -- Title Page -- Copyright -- Table of Contents -- Preface -- TRACK 1: TECHNOLOGY -- Session 1: Applied Technologies -- Deep Inclined Water Intake Shafts -- Construction of the Railway Bosphorus Tube Crossing,Tunnels, and Stations -- Ground Freezing Challenges for Horizontal Connection Between Shafts Under Difficult Geologic and Hydrostatic Conditions -- Final Lining at Devil's Slide Tunnel -- The History of Tunneling in Portland: Rail, Highways, and the Environment -- San Vicente Pipeline Tunnel: A Sophisticated Ventilation System -- Session 2: Innovation -- Onsite, First Time Assembly of TBMs: Merging 3D Digital Modeling, Quality Control, and Logistical Planning -- Large Diameter Segmentally Lined Shafts -- Large Diameter TBM Development -- ADECO as an Alternative to NATM: 22 m Wide, 14 m High, Full Face Tunnel Excavation in Clays -- Cutter Instrumentation System for Tunnel Boring Machines -- Towards Precise Under Ground Mapping System in Canada -- Session 3: Pressurized Face Tunneling -- Lake Mead Intake No 3 Tunnel: Geotechnical Aspects of TBM Operation -- Continuous Conveyor Design in EPB TBM Applications -- International Practices for Connecting One Pass Precast Segmental Tunnel Linings -- Geotechnical and Design Challenges for TBM Selection on the ICE Tunnel -- Soft Ground Tunneling on a Mexico City Wastewater Project -- Small Diameter Tunneling: Ems-Dollard Crossing -- Session 4: Sustainability -- Sustainable Tunnel Linings: Asset Protection That Will Not Cost the Earth -- Design for Sustainable and Economical Tunnels -- Sacramento UNWI Sections 1 and 2 Project: Special Tunnel Construction with Plastic-Lined PCC Segments -- Sustainable Underground Structure Design -- Use of Underground Space in a Pristine Watershed: Chester Morse Lake Pump Plant and Intake, Nor th Bend, WA -- Session 5: Tunnel Lining and Remediation.

High-Pressure Concrete Plug Leakage Remediation -- Structural Inspections of Colorado's Eisenhower Johnson Memorial Tunnel, Hanging Lake Tunnel, and Reverse Curve Tunnel -- Corrosion Protected Systems for Tunnels and Underground Structures -- Lined Concrete Segments: An Alternative Construction Method for a Large Diameter Sewer Tunnel -- Portal Slope Stability and Tunnel Leakage Remediation -- Inspection and Rehabilitation of Heroes Highway Tunnel in Connecticut -- TRACK 2: DESIGN -- Session 1: Design Validation by Instrumentation, Monitoring, and Mapping -- Instrumentation of Freight Tunnel in Chicago -- Field Mapping and Photo Documentation of the Southern Nevada Water Authority's Lake Mead Intake No 3 Project, Saddle Island, Lake Mead, Nevada -- Tunnel-Induced Surface Settlement on the Brightwater Conveyance East Contract -- Strategic Tunnel Enhancement Programme, Abu Dhabi, UAE: An Overview of Geology and Anticipated Geotechnical Conditions Along the Deep Sewer Tunnel Alignment -- Geotechnical Variability and Uncertainty in Long Tunnels -- Session 2: Challenging Conditions and Site Constraints -- New Irvington Tunnel Design Challenges -- The Sunnydale CSO Tunnel: Dealing with Urban Infrastructure -- New York Harbor Siphon Project -- Rehabilitation of Rail Tunnels with Widening the Cross-Section While Maintaining the Regular Rail Traffic -- Development of Seismic Design Criteria for the Coronado Highway Tunnel -- Session 3: Managing Risk, Safety, and Security Through Design -- Performance-Based Design Using Tunnel Fire Suppression -- First Comprehensive Tunnel Design Manual in the United States -- Geotechnical Investigations for the Anacostia River Projects -- Session 4: Strength, Stresses, and Stability Assessment Selection -- Lining Design Issues Associated with the Storage of Cryogenic Fluids in Rock Caverns.

Design Guidelines for Sequential Excavations Method (SEM) Practices for Road Tunnels in the United States -- Continuum and Discontinuum Modeling of Second Avenue Subway Caverns -- Shaft, Cavern, and Starter Tunnel Construction for Lake Mead Intake No 3: Temporary Support and Permanent Lining Solutions -- Methodology for Structural Analysis of Large-Span Caverns in Rock -- Session 5: Design Optimization and Alignment Selection -- Factors Influencing Tunnel Design in Mass Transit Applications -- Transbay Transit Center Program Downtown Rail Extension Project -- A Tale of Two Capitals: Modeling Helps Designers Manage Strong Surge and Pneumatic Forces in Deep Combined Sewer Storage Tunnels -- McCook Reservoir Main Tunnel Connection Marks Another Significant Milestone in Chicago's TARP -- Integration of Operations and Underground Construction: Sound Transit University Link -- TRACK 3: PLANNING -- Session 1: Project Cost Estimating/Finance -- Size Matters If You're a Tunnel -- Setting the Owner's Budget: A Guideline -- Show Me the Money: The Real Savings in Tunnel Contract Payment Provisions -- Planning Level Tunnel Cost Estimation -- Session 2: Project Delivery -- Lake Mead Intake No 3, Las Vegas, NV: A Transparent Risk Management Approach Adopted by the Owner and the Design-Build Contractor and Accepted by the Insurer -- Tunneling MegaProjects: They Are Different -- Alternative Contracting and Delivery Methods -- Design of the Waller Creek Tunnel, Austin, Texas -- Tunneling as a PPP-Project: Risks from the Viewpoint of the Insurer on a Case Study of a Tunnel Collapse -- DCWASA's Project Delivery Approach for the Washington DC CSO Program -- How to Deliver Your Project On Time: An Owners Procurement Strategy -- Session 3: Project Planning and Implementation I -- Sustainability Drives Jollyville Transmission Main Tunnel Design.

Sustainable Underground Solutions for an Above Ground Problem -- Large Diameter TBM Solution for Subway Systems -- Digging Deep to Save Green While Being Green and Sustainable -- Design and Construction Considerations for Shafts at Grand Central Terminal for the MTACC's East Side Access Project -- The Urban Ring Project: Planning a New Bus Rapid Transit Tunnel for Boston -- Session 4: Project Risk, Budget, and Schedule -- Blast and Post Blast Behavior of Tunnels -- Decision-Making Case History for Municipal Infrastructure Improvements -- Risk Management to Make Informed, Contingency-Based CIP Decisions -- Linear Schedules for Tunnel Projects -- Building Mined Underground Stations in Soft Ground with NATM Construction Practices -- Cost and Schedule Contingency for Large Underground Projects: What the Owner Needs to Know -- Management of Cost and Risk to Meet Budget and Schedule -- Overhead and Uncertainty in Cost Estimates: A Guide to Their Review -- Session 5: Project Planning and Implementation II -- Sedimentary Rock Tunnel for CSO Storage and Conveyance in Cincinnati, Ohio -- Tunneling to Preserve Tollgate Creek -- Tunneling Under Downtown Los Angeles -- Selecting an Alignment for the Blacklick Creek Sanitary Interceptor Sewer Tunnel-Columbus, Ohio -- TRACK 4: CASE HISTORIES -- Session 1: Small Diameter -- Microtunneling Challenges: Crossing Under Major Railroad and Highways in Very Soft Glacial Soils-The Evolution of a Ground Treatment Assessment Process -- Marysville Trunk Interceptor Project: A Case History -- Case History: Innovative CSO Pipe Installation in a Congested Urban Setting -- Pipe Jacking Through Hardpan: A Case History-North Gratiot Interceptor Drain Phase I -- Session 2: NATM/SEM -- Past and Present Soft Ground NATM for Tunnel and Shaft Construction for the Washington, D.C. Metro.

The Lincoln Square Tunnel: Tunneling Between Two Parking Garages Using Sequential Excavation Mining -- Case History: Complex Design and Construction of Tunnel and SOE to Accommodate Challenging Site Conditions -- Session 3: Challenging Conditions -- Tunneling on Brightwater West -- New York City Transit No 7 Subway Extension Underpinning and Construction Under the 8th Ave Subway -- Consolidation Grouting of the Riverbank Filtration Tunnel -- Gotthard Base Tunnel: Micro Tremors and Rock Bursts Encountered During Construction -- Optimization in Blasting Production and Vibration Mitigation for Shaft and Tunnel Construction at Lake Mead -- Session 4: Conventional Tunneling -- A Conventionally Tunneled River Undercrossing -- Tunneling Ground Reinforcement by TAM Grouting: A Case History -- The Construction of the Tunnels and Shafts for the Project XFEL (X-Ray Free Electron Laser) -- Canadian Fast-Track Drill and Blast: Excavating the Rupert Transfer Tunnel at James Bay, Québec, Canada -- Re-Design of Water Tunnels for Croton Water Treatment Plant, New York City -- Keys to Success in Managing a Complicated Tunnel Project: City of Columbus-Big Walnut Sanitary Trunk Sewer Extension -- Drop Structures and Diversion Structures for the East Side Combined Sewer Overflow Project, Portland, Oregon -- Special Session: Operational Criteria and Functionality for Highway Tunnels -- National Tunnel Inspection Standards (NTIS) -- U.S. Domestic Scan Program-Best Practices for Roadway Tunnel Design, Construction, Operation, and Maintenance -- Index.