A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Further Improvements in Cathodic Protection of Bridge Structures
The current state-of-the-art for installing conductive polymer concrete (CPC) was assessed. New techniques, equipment and procedures were developed for field operation. Critical review of installed cathodic protection (CP) systems were made in USA and Canada. Envisioned improvements were implemented during installation of the cathodic protection systems. Corrosion condition surveys and procedures for installation of seven cathodic protection systems on two bridges (deck and substructure) are described in detail. One bridge is exposed to a marine environment, and the other is located in a northern climate region. Test procedures, actual test data and cathodic protection corrosion control criteria are discussed. Various instrumentation was designed into the two-bridge structure to permit effective testing and monitoring of the operating cathodic protection systems. The cathodic protection systems are subject to monthly monitoring and inspection over an 18-month test period.
Further Improvements in Cathodic Protection of Bridge Structures
The current state-of-the-art for installing conductive polymer concrete (CPC) was assessed. New techniques, equipment and procedures were developed for field operation. Critical review of installed cathodic protection (CP) systems were made in USA and Canada. Envisioned improvements were implemented during installation of the cathodic protection systems. Corrosion condition surveys and procedures for installation of seven cathodic protection systems on two bridges (deck and substructure) are described in detail. One bridge is exposed to a marine environment, and the other is located in a northern climate region. Test procedures, actual test data and cathodic protection corrosion control criteria are discussed. Various instrumentation was designed into the two-bridge structure to permit effective testing and monitoring of the operating cathodic protection systems. The cathodic protection systems are subject to monthly monitoring and inspection over an 18-month test period.
Further Improvements in Cathodic Protection of Bridge Structures
W. J. Swiat (author) / J. W. Rog (author)
1987
127 pages
Report
No indication
English
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