References
- Technical Commission on Welding Processes, JWS: ‘Recent technology of arc welding in vessel and pipe’ 2000 .
- Kamo et al : ‘Technology for application of all-position narrow-gap GTA welding with visual sensors’. Welding Methods Research Committee 2000 .
- Oshima K and Yamane S: ‘Application of modern control technology to welding systems’. J Jpn Weld Soc 2000 69 (4) 324 –330.
- Sugitani Y and Mao W: ‘Automatic simultaneous control of bead height and back bead shape utilising arc sensor in one-sided welding with backing plate’. Q J Jpn Weld Soc 1994 12 (4) 468 –476 (in Japanese).
- Okada A et al : ‘Bead formation and characteristics of heat transfer and damped oscillation’. Q J Jpn Weld Soc 1996 14 (3) 538 –545 (in Japanese).
- Hasegawa K: ‘Fundamental control theory [1]’. Shokodo Press.
- Kugai K et al : ‘Neural network control of one-sided robotic welding’. Proc 6th Int Symp JWS 1996 343 –348.
- Eguchi K et al : ‘Application of neural network to arc sensor’. Science and Technology of Welding and Joining 1999 4 (6) 327 –334.
- Yamamoto H et al : ‘Feed forward control of back bead for root gap variation in V-groove welding without backing plate’. Technical Committee of Physics of Arc 2002 (in Japanese).