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A Study on the Weld Performance of High Strength Steel considering the Fabrication  

Kyung, Kab Soo (한국해양대학교 토목환경공학부)
Hong, Sung Wook (한림정보산업대학 토목과)
Park, Yong Jin (전주공업대학 토목과)
Publication Information
Journal of Korean Society of Steel Construction / v.14, no.5, 2002 , pp. 647-656 More about this Journal
Abstract
High-strength steel in steel bridges is the key to achieving cost-efficiency because it facilitates lightweight construction and rationalizes structure. The future of high-strength steel is bright, with its use projected to expand. As such, it is necessary to evaluate precisely various factors affecting the process of fabricating high-strength steel, i.e., welding heat, strain hardening, and weldability and performance of the welded joints. This study therefore performed the maximum hardness test and y-groove weld crack test using welding processes such as SAW, FCAW, and GMAW, in order to investigate the welding performance and characteristics of welded Joints or high-strength steel produced in Korea such as SM570, POSTEN60, and POSTEN80. In addition, a series of welding tests was carried out to estimate the tensile strength, bending characteristics, absorbed energy, and hardness in welded joints.
Keywords
High Strength Steel; Weld Performance; Maximum Hardness Test; Y-Groove Weld Crack Test; Absorbed Energy;
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