Electrical transmission and substation structures 2012 solutions of building the grid of tomorrow 1st Edition by Archie D Pugh ISBN 0784477779 9780784477779

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Product details:

ISBN 10: 0784477779

ISBN 13: 9780784477779 

Author:  Archie D. Pugh 

Proceedings of the 2012 Electrical Transmission and Substation Structures Conference, held in Columbus, Ohio, November 4-8, 2012. Sponsored by the Electrical Transmission Structures Committee of the Structural Engineering Institute of ASCE.

This collection contains 36 papers on engineering issues pertaining to the transmission and substation structures used by the electric utility industry.

Topics include: extreme events; line design; structure design; substation design; structure loading; foundations; design and analysis; full scale testing; construction challenges; and case studies.

Table of contents:

Extreme Events

• Systematic Plan for Re-Constructing the TVA Transmission System

• April’s Fury: Alabama Power’s Transmission Organization Battles Historic Losses

• 500 kV Broadford-Sullivan Storm Restoration

• Vulnerability of Lattice Towers to Blast Induced Damage Scenarios

Line Design

• But it’s Just a Distribution Line!

• What a Transmission Line Design Engineer Needs to Know About HVDC

• Curbing it at the Source: Tehachapi Renewable Transmission Project

• Transmission Line Rating, Re-Rating, and Upgrading

Structure Design

• Development and Validation of “Forged Rings” for Base Plate Material Use

• A Comparison of Tubular Steel Pole Fabrication Technologies

• V-String Swing Angle Derivation and Structure Design Impacts

Substation Design

• Mitigation and Monitoring of Structural Distress in Whitely Electrical Substation

• Static Analysis of Substation Rigid Bus

• Substation Expansion on Challenging Site — Case Study

Structure Loading

• The Effect of Broken Wire Loads on EHV Transmission Structure Design

• Risk Assessment of Transmission System under Earthquake Loading

• Behaviour of Guyed Transmission Line Structures under Tornado Wind Loads

• Limiting the Effects of Longitudinal Loads on Small Angle Lattice Transmission Towers

Foundations

• ETT/CREZ Direct Embedded Pole Foundation Load Tests

• Pipe Pile Foundations with Grouted Inner Steel Pipe for Transmission Line

• Unique Solution for 230kV Transmission Tower Grillage Foundation Corrosion

Design and Analysis

• Effect of Dynamic Soil-Structure Interaction on Rigid Transmission Line Towers

• Aeolian Vibration of Conductors: Theory, Simulation & Field Measurement

• Transmission Towers with Cruciform Legs

Full Scale Testing

• Tower Testing—Why Bother?

• Load Tests of Transmission Line Structures and Components

• Historical Perspective of Full-Scale Latticed Steel Transmission Tower Testing

Construction Challenges

• Building “Constructability” into the Design

• Avian Impact on Overhead Transmission Line Construction

• Construction Challenges on Trans-Allegheny Interstate Line Project

• Executing Energized Re-Conductoring of Transmission Lines Projects

Case Studies

• 500 kV Lattice Tower Development for Energy Gateway

• Case Study: 220 kV Y-Frames for Southern California Edison

• Brazilian Transmission System: A Race for the Future

Poster Display

• Design Guidelines for Steel Pole Drilled Pier Foundations

• Applying the 2010 ASCE 7 Wind and Ice Requirements to Transmission Line Design

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Tags: Archie D Pugh, Electrical Transmission, Substation Structures, 2012, Building the Grid of Tomorrow