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Structural Analysis of a Cable Anchor System for a Cable-Stayed Bridge over the Sea  

KONG BYUNG-SEUNC (Division of Civil and Architecture, Dongseo University)
HONG NAMSEEG (Division of Civil and Ocean Engineering, Donga University)
Publication Information
Journal of Ocean Engineering and Technology / v.19, no.5, 2005 , pp. 34-42 More about this Journal
Abstract
The cable connection zone of the cable-stayed bridge transfers deal-load, live-load, and second-load to the cables on the structural joint zone of the cables and the main girders are the most critical parts in which big cable tensile forces are generated by those loads. Therefore, it is necessary to thoroughly check the main girder, structurally to secure the required stability. Because of the heavy tensile force of cables linked in the connection zone of the cable-stayed bridge, locally concentrated stress, as well as the dispersion of stress, occurs in the structurally contacted point of cable and main girder thus, we need to make a thorough investigation through a detailed structural analysis. Directly delivering the tensile force to the connection zone of the cable, the consequently big effect in the tensile force fluctuation caused by the live-load will make it necessary to review the fatigue strength. As the connection zone of the cable is designed to resist the tensile force of the cable, which is applied to a connecting section as a concentrated force, thick plates are used. These plates are frequently made of welded structure, thus, the investigation of the welding workability is inevitable.
Keywords
Cable-Stayed Bridge; Cable Anchor System; Pipe Type Anchor System; Bearing Plate Anchor;
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