References
- Manz A F: ‘Consumable electrode arcless electric working’. U. S. Patent No. 3,122,629 Feb. 1964.
- Saenger J F and Manz A F: ‘High deposition gas tungsten arc welding’. Weld J 1968 47 (5) 386 –393.
- Dyke L V and Wittstock G: ‘Submerged arc welding and surfacing with hot wire additions’. Weld J 1972 51 (5) 317 –325.
- Garrabrant E C and Zuchowski R S: ‘Plasma arc hot wire surfacing – A new high deposition process’. Weld J 1969 48 (5) 385 –395.
- Atsuta M et al : ‘Study on multi-layer welding using CO 2 laser (Report 1)’. Prep Nat Meet JWS 1987 41 336 –337.
- Ogata Y et al : ‘The improvement of efficiency in out-of-position GTA welding’. Weld J 1982 61 (8) 27 –34.
- Ueguri S et al : ‘A study on control of deposition rate in hot-wire TIG welding’. Quar J JWS 1986 4 (4) 678 –684.
- Sykes I and Digiacomo J: ‘Automatic hot wire GTA welding of pipe offers speed and increased deposition’. Weld J 1995 74 (7) 53 –56.
- Imaizumi: ‘Present status of pipe/tube automatic welding machines – needs of each industry and the present status of automatic pipe welding machines’. Piping Techniques, Special Issue 1999 96 (104).
- Manabe Y et al : ‘Investigation on TIG welding using two filler wires with electromagnetically controlled molten pool process in horizontal position’. Quar J JWS 2000 18 (1) 40 –50.
- Kozono Y et al : ‘Studies on twin electrode switching arc welding method (Report 7) – wire melting characteristic in hot wire switching TIG welding process’. Quar J JWS 1983 2 (2) 214 –220.
- Ando K and Hasegawa M: ‘Welding arc phenomena’. Sangyoutosho 1962 153–161.
- Welding Handbook: AWS 1985 2 (7) 96 –97.
- Crement D J: ‘Narrow groove welding of titanium using the hot-wire gas tungsten arc process’. Weld J 1993 72 (4) 71 –76.