State of the art of process control of molten droplet and pool in gas metal arc welding

References

• Ando , Hasekawa . Welding arc phenomenon , Sanpo Publications
   Google Scholar
• Sato . 1997 . Introduction for welders of the welding arc phenomenon . Welding Technology , : 10 – 12 . Sanpo Publications
   Google Scholar
• Izutani S, et al. Observation and classification of droplet transfer in gas metal arc welding, IIW Commission XII Doc. 212-1090-06; 2006
   Google Scholar
• Furugawa , Matsumoto . 2009 . CMT welding modes and characteristics of current and voltage wave forms . Welding Technology , 6 : 108 Sanpo Publications
   Google Scholar
• http://panasonic.co.jp/pws/news/data/100405/100405.html
   Google Scholar
• Era , Nishizaka . 2007 . Development of low heat input, low spatter CO₂/MAG welding with CBT AC welding systems , 12 Sanpo Publications
   Google Scholar
• Ueno . 1982 . Use of MG-ISP wire in thin-sheet positive polarity gas shield arc welding , 22 ( 9 ) Kobe Steel Technology Guide
   Google Scholar
• Japan Welding Society . 2000 . Japan welding society MAG/MIG welding Q&A . The Editorials of the Welding Society Technical Committee on Welding Rods , 77 Sanpo Publications
   Google Scholar
• Suzuki , Nakano . 2004 . Non-copper plated, high quality solid wire ‘SEA-ITS’ for pulsed mag welding in vehicles , 54 ( 2 ) R & D Kobe Steel Technology Publications
   Google Scholar
• Kataoka , Ikeda . 2005 . Development of the extremely low spatter CO2 arc welding technique ‘J-STAR Welding’ . Welding Technology , 3 : 64 Sanpo Publications
   Google Scholar
• Yamazaki . 2010 . Low spatter carbon gas arc welding methods ‘REGARC’ . Welding Technology , 5 : 80 Sanpo Publications
   Google Scholar
• Yamazaki , Okuishi . 2010 . Detectable globular transfer in carbon gas arc welding and effects of enhancement . Japan Welding Society Presentation No. 86 , 138
   Google Scholar
• Imazumi , Kato . 1990 . Developments in ‘Time/Process’ large-current MAG welding methods . Welding Technology , 2 : 74 Sanpo Publications
   Google Scholar
• Yamamoto , Harada . 1990 . Development of ‘High MAG’ welding methods . Welding Technology , 2 : 68 Sanpo Publications
   Google Scholar
• Overview of consumables at the 2010 International Exhibition of Welding . 2010 . Steel Technology Guide , 50 ( 3 )
   Google Scholar
• Arc welding methods and locations . 1975 . Welding Technology , 12 : 93 Sanpo Publications
   Google Scholar
• Ueyama , Era . 2008 . Development of plasma GMA welding systems . Welding Technology , 8 : 82 Sanpo Publications
   Google Scholar
• Hiraoka . 2006 . Introduction to hybrid solid wire . Welding Technology , 2 : 64 Sanpo Publications
   Google Scholar
• Suzuki , Kawanishi . 2010 . Pure Ar/FCW process ‘MX-MIG’ for thin sheet fatigue strength improvement . Welding Technology , 3 : 74 Sanpo Publications
   Google Scholar
• Suzuki . 2006 . Setting-up for the continuous welding of zinc-plated steel sheet . Welding Technology , 12 : 122 Sanpo Publications
   Google Scholar
• Suzuki . 2007 . Improvement in bead appearance, low slag solid wire . Welding Technology , 8 : 58 Sanpo Publications
   Google Scholar
• Nakada . 2007 . Improved TIG welding . Welding Technology , 2 : 60 Sanpo Publications
   Google Scholar
• Nakada . 2002 . Progressive techniques in penetration by flux activated by TIG welding . Welding Technology , 95 ( 2 ) : 95 Sanpo Publications
   Google Scholar
• Okazaki . 2002 . Activated flux TIG welding . Welding Technology , 71 ( 2 ) : 100 Sanpo Publications
   Google Scholar
• Sato , Fujii . 2006 . Deep penetration oxygenated shield gas welding . Welding Technology , 11 : 65 Sanpo Publications
   Google Scholar
• Yokota , Kondo . 2008 . Tandem arc welding robot systems for architectural constructions . Welding Technology , 2 : 79 Sanpo Publications
   Google Scholar
• Yamamoto . 2007 . Improvement of welding construction . Welding Technology , 11 : 80 Sanpo Publications
   Google Scholar
• Nakano , Nagaoka . 2006 . Novel developments in 3-electrode MAG high-speed seam welding processes . Welding Technology , 10 : 58 Sanpo Publications
   Google Scholar