Trends and new applications of spot welding for aluminium alloy sheets

Welding International

Volumn 20, Issue 11, 2006, Pages 858-864

  Satonaka, S ^a   Iwamoto, C ^a   Qui, R ^a   Fujioka, T ^a  

^a KUMAMOTO UNIVERSITY   (Japan)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84966315491     PISSN: 09507116     EISSN: 17542138     Source Type: Journal    
DOI: 10.1533/wint.2006.3677     Document Type: Article

References (21)

1. Furukawa K: 'MIG welding of iron and aluminium'. Welding Technique 2005 53 (8) 94–102.
2. Kuroda S et al: “Structure and characteristics of directly welded joint between A6061 and SUS316”. Quarterly Journal of Welding Society 1999 17 (3) 484–489.
3. Lee K J et al: 'Interfacial microstructure and strength of steel to aluminium alloy lap joints welded by a defocused laser beam'. Materials Transactions 2005 46 1847–1856.
4. Hiraishi M and Watanabe T: 'Effect of magnesium on ultrasonic weldability of Al–Mg alloys'. Quarterly Journal of Welding Society 2002 20 (4) 552–558.
5. Abdel-Aleem H et al: 'Evaluation by ultrasonic testing and TEM observation of bond interface for ultrasonic bonds of 5052/USU304 and 5052/SPCC'. Quarterly Journal of Welding Society 2005 23 (2) 194–202.
6. Fukumoto S et al: 'Friction welding process of 5052 aluminium alloy to 304 stainless steel'. Material Science Technology 1999 (9) 1080–1086.
7. Yilmaz M et al: 'Interface properties of aluminium/steel friction- welded components'. MaterChar 2003 49 421–429.
8. Yamamoto N et al: 'Effect of intermetallic compound layer on the interface strength of friction welded joint between Al– Mg group 5052 alloy and mild steel'. Quarterly Journal of Welding Society 2005 23 (2) 352–358.
9. Shinoda T et al: 'Friction welding of aluminium and carbon steel'. Quarterly Journal of Welding Society 2000 18 (3) 365– 372.
10. Fukumoto S et al: 'Structure of friction welded joint between aluminium alloy and SUS304 stainless steel'. Light Metal 1998 48 (1) 36–41.
11. Koga S: 'Development of friction spot welding method (FSJ)'. Journal of Light Metal Welding and Construction 2004 42 (11) 523–529.
12. Kato Y and Sakano R: 'Development of friction spot welding technology and its application to vehicle production'. Journal of Light Metal Welding and Construction 2004 42 (11) 530–535.
13. Watanabe T et al: 'Resistance spot welding of mild steel and Al–Mg alloy'. Quarterly Journal of Welding Society 2005 23 (3) 491–495.
14. Hatayama M et al: 'Investigation of insert resistance welding method with aluminium clad steel'. Quarterly Journal of Welding Society 1996 14 (2) 314–320.
15. Oikawa H et al: 'Spot welding between aluminium clad steel and steel, and aluminium'. Quarterly Journal of Welding Society 1996 14 (1) 69–80.
16. Satonaka S et al: 'Spot welding of dissimilar materials'. Welding Technique 2004 52 (3) 82–86.
17. Matsunawa and Hori: '9th International Aluminium Welding Symposium (INAL CO2004), Study Report (No.3)' Journal of Light Metal Welding and Construction 2005 43 (1) 28–32.
18. Shitsuhara et al: 'Welding between aluminium and high strength steel by resistance spot welding (Report 4)'. Proc conf Welding Society National Symposium, 2005 77 322– 323.
19. Oikawa et al: 'Effect of oxide film on the solid phase welding of steel sheets and aluminium sheets'. Iron and Steel,1997 83 629–634.
20. Oikawa et al: 'Production and growth of intermetallic compound at the interface of weld between steel sheet and aluminium sheet'. Iron and Steel 1997 83 641–646.
21. Shahverdi H R et al: 'Micro structural analysis of interfacial reaction between molten aluminium and solid iron'. J Mater Proc Tech 2002 124 345–352.