Advanced Welding Processes: Technologies and Process Control
Advanced Welding Processes: Technologies and Process Control
Advanced Welding Processes: Technologies and Process Control
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References<br />
[64] Waering A J, 1989 ‘Cast to cast variation in austenitic stainless steel’, MSc<br />
Thesis, Cranfield Institute of Technology.<br />
[65] Hilton D E, 1982 ‘Helium argon mixtures prove more economic than argon for<br />
aluminium welds’, Weld Metal Fabric, June.<br />
[66] Kennedy C R, 1970 ‘Gas mixtures for welding’, Aust <strong>Welding</strong> J, September.<br />
[67] Stenbacka N, 1990 ‘Shielding gas <strong>and</strong> cored wire welding characteristics – weld<br />
metal mechanical properties’, AGA AB Innovation.<br />
[68] Johnson K I et al., 1979 ‘MIAB welding – principles of the process’, Metal<br />
Construct 11(11).<br />
[69] Patchett B M, 1978 ‘MIG welding of aluminium with an argon chlorine gas<br />
mixture’, Metal Construct, 10(10).<br />
[70] Bicknell A C <strong>and</strong> Patchett B M, 1985 ‘GMA welding of aluminium with argon/<br />
freon shielding gas mixtures’, Weld J, May.<br />
[71] Heiple C R <strong>and</strong> Burgardt P, 1985 ‘Effects of SO 2 shielding gas additions on GTA<br />
weld shape’, Weld J, June 64, 159s–162s.<br />
[72] Stenbacka N, 1989 ‘Reduction of ozone using Mison shielding gases – a few<br />
basic facts’, AGA AB Innovation.<br />
[73] Anon, 1990 ‘The problem of ozone in TIG welding’, AGA Gas Div Rep, GM l<br />
16e, AGA, Sweden.<br />
[74] Anon, 1990 ‘Facts about: ozone reduction with Mison shielding gases’, AGA<br />
Rep, AGA, Sweden.<br />
[75] Beck Hansen E, 1988 Emissions of Fume, Ozone <strong>and</strong> Nitrous Gases During<br />
MAG <strong>Welding</strong> of Low Alloy Steel <strong>and</strong> Stainless Steel, 1987 Appendix with results<br />
of MAG welding with shielding gas 75Ar/25CO 2 <strong>and</strong> Mison 25, The Danish<br />
<strong>Welding</strong> Institute, Copenhagen.<br />
[76] Imaizumi H <strong>and</strong> Church J, 1990 ‘<strong>Welding</strong> characteristics of a new welding process’,<br />
T.I.M.E. process’, Int Inst Weld Doc, XII-1 199-90.<br />
[77] Kirkpatrick I, 1989 ‘<strong>Welding</strong> with lasers’, Weld Metal Fabric, August/September.<br />
[78] Norris I M, 1988 ‘Optimisation of gas jet plasma control system for laser welding<br />
with a 10 kW CO 2 laser’, Weld Inst Res Rep, TWI 368/1988.<br />
[79] Brown M J, 1976 ‘Initiation of gas tungsten arcs by high voltage DC’, Weld Inst<br />
Res Rep, 31/76/p.<br />
[80] Biegelmeier G, 1985 Effects of Current Passing Through the Human Body <strong>and</strong><br />
the Electrical Impedance of the Human Body, Berlin, VDE.<br />
[81] Edberg H, 1988 ‘Improved touch starting techniques for TIG welding’, Metal<br />
Construct, 20(3).<br />
[82] Nixon J H, ‘TIG touch striking trials’, Private Communication.<br />
[83] Melton G B <strong>and</strong> Street J A, 1982 ‘Piezoelectric techniques for the initiation of<br />
TIG arcs’, Weld Inst Res Bull, 23(2).<br />
[84] Melton G B, 1980 ‘Initial current characteristics of welding sets for gas tungsten<br />
arc welding’, Weld Inst Res Rep, 7729.01/80/240.2.<br />
[85] Goldman K, 1965 ‘An evaluation of electrodes for DC TIG welding’, BOC Ltd<br />
Internal Rep.<br />
[86] Masumoto I, Matsuda F <strong>and</strong> Ushio M, 1988 ‘Development <strong>and</strong> application of<br />
new oxide activated tungsten electrodes in Japan, Int Inst Weld Doc, XII-1047-<br />
87.<br />
[87] Rudaz A, 1979 ‘Summary report on the use of pulsed currents in the TIG process’,<br />
Int Inst Weld Doc, XII-F-201-79 (also published in Weld World, 18(3/4)).
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