ASCE ElectricalTransmissionandSubstationStructures2012 2012:2010 Edition
$74.75
Electrical Transmission and Substation Structures 2012 – Solutions to Building the Grid of Tomorrow
| Published By | Publication Date | Number of Pages |
| ASCE | 2010 | 448 |
This collection contains 35 papers presented at the 2012 Electrical Transmission and Substation Structures Conference, held in Columbus, Ohio, November 4-8, 2012.
PDF Catalog
| PDF Pages | PDF Title |
|---|---|
| 1 | Cover |
| 7 | Contents |
| 11 | Extreme Events Systematic Plan for Re-Constructing the TVA Transmission System: April 27, 2011 |
| 24 | April’s Fury: Alabama Power’s Transmission Organization Battles Historic Losses after April 27th Storms |
| 36 | 500 kV Broadford-Sullivan Storm Restoration |
| 48 | Vulnerability of Lattice Towers to Blast Induced Damage Scenarios |
| 57 | Line Design But It’s Just a Distribution Line! |
| 71 | What a Transmission Line Design Engineer Needs to Know about HVDC |
| 85 | Curbing It at the Source: Tehachapi Renewable Transmission Project—Segments 4-11 |
| 94 | Transmission Line Rating, Re-Rating, and Upgrading, a Utility Perspective: Experiences at Public Service Company of New Mexico (PNM) |
| 108 | Structure Design Development and Validation of “Forged Rings” for Base Plate Material Use |
| 119 | A Comparison of Tubular Steel Pole Fabrication Technologies—Roll Formed vs. Press Broken Shapes |
| 129 | V-String Swing Angle Derivation, Design Considerations, and Structure Design Impacts |
| 142 | Substation Design Mitigation and Monitoring of Structural Distress in the Whitely Electrical Substation Due to Mine Subsidence |
| 154 | Static Analysis of a Substation Rigid Bus Using the Finite Element Program |
| 166 | Substation Expansion on a Challenging Site—Case Study |
| 176 | Structure Loading The Effect of Broken Wire Loads on EHV Transmission Structure Design |
| 193 | Risk Assessment of a Transmission System under Earthquake Loading |
| 203 | Behaviour of Guyed Transmission Line Structures under Tornado Wind Loads—Case Studies |
| 215 | Limiting the Effects of Longitudinal Loads on Small Angle Lattice Transmission Towers |
| 227 | Foundations ETT/CREZ Direct Embedded Pole Foundation Load Tests |
| 237 | Pipe Pile Foundations with Grouted Inner Steel Pipe for a Transmission Line in an Environmentally Sensitive Area of Southeastern Virginia |
| 249 | Unique Solution for 230kV Transmission Tower Grillage Foundation Corrosion |
| 260 | Design and Analysis Effect of the Dynamic Soil-Structure Interaction on Rigid Transmission Line Towers Subjected to Wind and Impulse Loads |
| 272 | Aeolian Vibration of Conductors: Theory, Laboratory Simulation, and Field Measurement |
| 285 | Transmission Towers with Cruciform Legs |
| 298 | Full Scale Testing Tower Testing—Why Bother? |
| 313 | Load Tests of Transmission Line Structures and Structural Components |
| 323 | Historical Perspective of Full-Scale Latticed Steel Transmission Tower Testing |
| 333 | Construction Challenges Building “Constructability” into the Design |
| 346 | Avian Impact on Overhead Transmission Line Construction |
| 358 | Construction Challenges on Trans-Allegheny Interstate Line (TrAIL) Project |
| 373 | Executing Energized Re-Conductoring of Transmission Line Projects |
| 384 | Case Studies 500 kV Lattice Tower Development for Energy Gateway |
| 396 | Case Study: 220 kV Y-Frames for Southern California Edison |
| 411 | Brazilian Transmission System: A Race for the Future |
| 426 | Poster Display Design Guidelines for Steel Pole Drilled Pier Foundations |
| 437 | Applying the 2010 ASCE 7 Wind and Ice Requirements to Transmission Line Design |
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