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Tsubota S. Koga H, Application of Laser Arc Hybrid Welding to Shipbuilding, Jnl. of JWS 79(7) (2010), 7-10 (in Japanese)
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S.M. Kelly, S.W. Brown, Using Hybrid Laser-Arc Welding to Reduce Distortion in Ship Panels, Welding Jnl. March, (2009), 32-36
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Y NAITO, Penetration Characteristics in YAG Laser and TIG-Arc Hybrid Welding and Arc and Plasma/P lume Behavior during Welding, Quarterly Jnl. of JWS, 24(1) (2006), 32-38 (in Japanese)
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Y. Naito, S. Katayama, Penetration Characteristics in YAG Laser and TIG Arc Hybrid Welding, and Arc and Plasma/Plume Behavior during Welding, Quarterly Jnl. of JWS 24(1) (2006), 32-38 (in Japanese)
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Ascari. A, Fortunato. A, The Influence of Process on Porosity Formation in Hybrid Laser-GMA Welding of AA6062 Aluminum Alloy, Optic and Laser Technology, 44(5) (2012), 1465-1490
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Han-Sur Bang, Chong-In Oh, Hee-Seon Bang, Chan-Seung Ro, Yoon-Ki Lee, The Comparison of the Thermal and Mechanical Characteristic in Butt Joint for Ship Structure Thick Plate AH32 Steel by SAW & Hybrid(CO2 Laser+MIG)Welding, Journal of KWJS, 26(5) (2008), 29-35 (in Korean)
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8 |
Ming Gao, Shuwen Mei, Process and Joint Characteri-zations of Laser-MIG Hybrid Welding of AZ31 Magnesium Alloy, Journal of Materials Processing Technology, 212 (2012), 1338-1346
DOI
ScienceOn
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Shin Minhyo, NAKATA Kazuhiro, Study on Weld Bead Formation with Square-Groove Butt Joint by 10kW Class Fiber Laser-MAG Arc Hybrid Welding, Jnl. of JWS, 29(3) (2011), 181-186 (in Japanese)
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