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 />
metal transfer, Proc Ann Indian Institute of <strong>Welding</strong> (Madras; Indian Institute of<br />
<strong>Welding</strong>) pp. 893–907.<br />
[111] Ma J, 1982 ‘Metal transfer in MIG welding’, PhD thesis, Cranfield Institute of<br />
Technology.<br />
[112] Norrish J <strong>and</strong> Ward B, ‘Metal transfer analysis of FCAW using an Imacon camera’,<br />
unpublished.<br />
[113] Norrish J <strong>and</strong> Richardson I M, 1988 ‘Metal transfer mechanisms’, Weld Metal<br />
Fabric, 56(1).<br />
[114] van Adrichem T J, 1969 ‘Metal transfer’, Int Inst Weld Doc, 212-171-69.<br />
[115] Anon, 1976 ‘Classification of metal transfer’, Int Inst Weld, XII-636-76.<br />
[116] Norrish J, 2003 ‘A review of metal transfer classification in arc welding’, IIW<br />
Document XII-1769-03, July, IIW, Annual Assembly, Commission XII, Romania.<br />
[117] Nunes J, 1982 MSc Thesis, Cranfield Institute of Technology.<br />
[118] Norrish J, 1974 ‘High deposition MIG-welding with electrode negative polarity’,<br />
Proc 3rd. Conf on Advances in <strong>Welding</strong> <strong><strong>Process</strong>es</strong>, Cambridge: The <strong>Welding</strong><br />
Institute, paper 16.<br />
[119] Stevenson A W, 1988 ‘Analysis of burn-off behaviour of flux cored arc welding’,<br />
MSc Thesis, Cranfield Institute of Technology.<br />
[120] Bucknall P W, 1990 ‘Influence of power source dynamics on the burn-off rate<br />
during pulsed GMA welding’, MSc thesis, Cranfield Institute of Technology.<br />
[121] Chang C H, 1989 ‘Investigation of arc characteristics <strong>and</strong> metal transfer for flux<br />
cored electrode in GMA welding’, MSc thesis, Cranfield Institute of Technology.<br />
[122] Blackman S <strong>and</strong> Norrish J, 1988 ‘Pulsed MIG welding with gas shielded flux<br />
cored wires. Synergic MIG update’, Weld Metal Fabric, April.<br />
[123] Boughton P <strong>and</strong> MacGregor G, 1974 ‘<strong>Control</strong> of short circuiting in MIG-welding’,<br />
Weld Res Int, 1.4(2).<br />
[124] Ogasawara et al., 1987 ‘A power source for gas metal arc welding with new<br />
current waveforms’, Weld J, March, 57–63.<br />
[125] Stava A, 1993 Low spatter welding, Weld J, 72(1).<br />
[126] Ou Z, Wuang Y, Ushio M <strong>and</strong> Tanaka M, 1999 New concept for the characteristic<br />
of an arc welding power source, Report II – New development of arc control<br />
system for CO 2 welding, Trans JWRI, 28(1).<br />
[127] Cuiuri D, Norrish J <strong>and</strong> Cook C, 2000 Droplet size regulation in the short circuit<br />
GMAW process using a current controlled weaveform, AWS Conference, GMA<br />
welding for the 21st Century, Orl<strong>and</strong>o, Florida, December.<br />
[128] Jingzhong W, Ddojun C, Xintao W <strong>and</strong> Jida X, 1984 Study on the dynamic<br />
process of half-cycle pulsed wire feeding CO 2 welding, Proc. International<br />
Conference on Quality <strong>and</strong> Reliability in <strong>Welding</strong>, 6–8 September 1984, Hangzhou,<br />
China, XVII-1-1 to XVII-1-6.<br />
[129] Yongui J, Ganghua Y, Xintao W <strong>and</strong> Minghong L, 1984 A new welder for CO 2<br />
welding with pulsed wire feeding, Proc. International Conference on Quality<br />
<strong>and</strong> Reliability in <strong>Welding</strong>, 6–8 September, Hangzhou, China, XII-3-1 to XII-3-<br />
6.<br />
[130] Qilong W, Shuyan Y, Zeping Z <strong>and</strong> Weiyan J, 1984 ‘Short-circuit CO 2 welding<br />
with combined control of current wave <strong>and</strong> wire feed’, Proc International<br />
Conference on Quality <strong>and</strong> Reliability in <strong>Welding</strong>, 6–8 September, Hangzhou,<br />
China, ppXII-1-1 to XII-1-6.<br />
[131] Huismann G, 2000 Direct control of the material transfer: The controlled shortcircuiting<br />
(CSC) – MIG process, Proc. Gas Metal Arc <strong>Welding</strong> for the 21st