| Description |
1 online resource (x, 587 pages) : illustrations (some color) |
| Contents |
Winfall-to-Trowbridge Transmission Line Foundation Design -- Taft Lakeland 230 kV Transmission Line -- Jack Rabbit Big Sky 161 kV National Forest Canyon Construction -- Micropile Design and Construction in a Limited Access Wetland Habitat -- CapX2020 Brookings County Hampton 345 kV River Crossing Foundation Challenges -- Fall Protection Efforts for Lattice Transmission Towers -- Design and Construction Challenges from One Utility's CREZ Transmission Lines -- Foundation Designs for a 345 kV Transmission Line Constructed in the Lakebed of Glacial Lake Agassiz -- Deep Foundations Combining Construction Methods, Engineering, Inspection, and Testing -- Ameren Transmission Company's Illinois Rivers Transmission Line River Crossings Foundation Design -- Recommendations for Steel Pole and Drilled Shaft Deflection Criteria Based on a Parametric Study of a 138kV Double Circuit Transmission Line -- Dynamic Loading of Transmission Lines : A Qualitative Comparison of Full-Scale Tests and Computer Simulations -- Updating ASCE Manual No. 74 : Guidelines for Electrical Transmission Line Structural Loading -- Compilation of Damaging Ice Storms in the United States |
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Best Practices for the Design of 115KV to 230KV Overhead Transmission Lines -- Generation Drone : The Future of Utility O & M -- Celanese Peters Mountain 138kV Line : A Case Study of One of American Electric Power's Oldest Weathering Steel Pole Lines -- Best Practices for Transmission Line Inspections and Recommended Inspection Techniques -- Thinking Outside the Box : Tennessee Valley Authority Uses the ACCR Conductor on a 500-kV Transmission Line -- Southern Reinforcement Project Squeezing 21st Century Demand into 20th Century Right-of-Way -- Raising Transmission Line Steel Towers -- EIS Project Survival Guide : How to Keep Engineering Choices Alive and Emerge from the NEPA Process with Your Project (Mostly) Intact -- Aestethic Transmission Line Structures : Past, Present, and Future -- Design of Fibre-Reinforced Polymer (FRP) Structures for BC Hydro's Transmission System -- Developing a Structure for BOLD Challenges from a Simple Aesthetic Structure Design -- Validation and Testing of Tubular Steel Pole Designs for Southern California Edison's Tehachapi Renewable Transmission Project -- Design and Testing of 500kV Double Circuit Monopoles for the Heartland Transmission Project in Edmonton, Alberta -- Innovative Structure Designs for Large Spans -- Slip Joints Connections How Do These Things Work? |
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The Effect of Eccentricity on the Design of Towers for Transmission Lines A Case Study with the Finite Elements Approach -- Considerations in the Development of a Lattice Tower Structure Family -- Graphical Analysis : Obsolete Method or a Compliment to Modern Design Techniques? -- Seismic Base Isolation of a High Voltage Transformer -- NERC CIP-014-01: Physical Security Regulatory Compliance and Real World Implementation -- Innovative Analysis and Seismic Retrofit of 500kV Flexible Bus Substation Support Structures -- Transmission Pier Foundation QC/QA -- Updated Gust Response Factors for Transmission Line Loading -- Repair of Corrosion-Damaged Substation Structures -- Structural Performance of Bolted Connectors in Retrofitted Transmission Tower Leg Members -- Design and Construction Challenges for a Transmission Line and Structures Crossing a River for Bridge Relocation -- Modification of Single-Circuit 765 kV Lattice Steel Towers for a Double-Circuit 345 kV Application -- Examination of Yawed Wind Loading on Transmission Towers -- New Approach for Upgrading an Existing 115 kV Transmission Line -- Impact of Extreme Weather on Transmission Line Structures -- Highland City Repurposing of an Existing Substation Property for Upgrade to New Substation Facilities -- Study of Electric Transmission Line Deep Foundation Design |
| Summary |
This collection contains 46 peer-reviewed papers on the technical challenges and innovative solutions in grid modernization. Topics include: overhead line design; structural analysis; substation design issues; managing aging infrastructure, rerating, and upgrading; foundations; construction challenges; and special design considerations and case studies. This proceedings will be of interest to structural and civil engineers; researchers and students; government agency personnel; contractors; and suppliers involved in the overhead transmission and substation industry. -- Provided by publisher |
| Bibliography |
Includes bibliographical references |
| Notes |
Online resource; title from PDF title page (ASCE Library, viewed September 22, 2015) |
| Subject |
Electric lines -- Poles and towers -- Design and construction -- Congresses
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Electric substations -- Congresses
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Structural engineering -- Congresses
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Electric lines -- Poles and towers -- Design and construction
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Electric substations
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Structural engineering
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| Genre/Form |
Conference papers and proceedings
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| Form |
Electronic book
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| Author |
Lynch, Otto J., editor
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American Society of Civil Engineers. Committee on Electrical Transmission Structures, sponsoring body.
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American Society of Civil Engineers, issuing body.
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| ISBN |
9781523101719 |
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1523101717 |
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9780784479414 |
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0784479410 |
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