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800MPa급 무예열 용접 판재의 수중 폭파변형시험
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  • 800MPa급 무예열 용접 판재의 수중 폭파변형시험
저자명
박태원,송영범,김진영,양성호,박철규,서준석,김희진,Park. Tae-Won,Song. Young-Beum,Kim. Jin-Young,Yang. Sung-Ho,Park. Chul-Gyu,Seo. Jun-Suck,Kim. Hee-Ji
간행물명
大韓溶接·接合學會誌
권/호정보
2010년|28권 6호|pp.63-69 (7 pages)
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대한용접접합학회
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이 논문은 한국과학기술정보연구원과 논문 연계를 통해 무료로 제공되는 원문입니다.
서지반출

기타언어초록

The pre-heat free consumables for GMAW, SAW and FCAW processes that matche with the Cu-bearing PFS-700 steel which has yield strength over 700MPa were developed and evaluated to see the suitability in military such as submarine and battle ship. Explosion Bulge Test underwater was developed and applied to see the reliability of welded structure. All welding was conducted without pre-heat before welding, the interpass temperature was below $150^{circ}C$ for all welding conditions. Tensile strength for the weld metal in GMAW, SAW and FCAW process is 887MPa, 875MPa and 813MPa, respectively, these values are similar to the base metal of PFS-700 steel of 838MPa. EBT results in GMAW, SAW and FCAW show 14.0%, 14.02% and 15.9% reduction of thickness without generation of crack, respectively and stand-off distance was set up properly to have over 14.0% reduction of thickness. Through EBT results, the developed new consumables are applicable to the weapon systems such as submarine and battle ship.