Prediction of submerged arc weld-metal composition from flux ingredients with the help of statistical design of mixture experiment

Scandinavian Journal of Metallurgy

Volumn 33, Issue 3, 2004, Pages 146-159

  Kanjilal, P ^a   Majumdar, S K ^b   Pal, T K ^c  

^a National Test House   (India)

^b INDIAN STATISTICAL INSTITUTE   (India)

^c JADAVPUR UNIVERSITY   (India)

Author keywords

Antagonism; Basicity index; Binary mixture; Extreme vertices algorithm; Flux ingredients; Mixture design; Statistical experiment submerged arc welding; Synergism; Width to area ratio

Indexed keywords

ANTAGONISM; BASICITY INDEX; EXTREME VERTICES ALGORITHM; FLUX INGREDIENTS; MIXTURE DESIGN; STATISTICAL EXPERIMENTS; SYNERGISM; WIDTH TO AREA RATIO;

ALGORITHMS; ALKALINITY; BINARY MIXTURES; COMPOSITION; REACTION KINETICS; STATISTICAL TESTS; SUBMERGED ARC WELDING; VISCOSITY;

METALLURGY;

EID: 2942552451     PISSN: 03710459     EISSN: None     Source Type: Journal    
DOI: 10.1111/j.1600-0692.2004.00679.x     Document Type: Article

References (35)

1. Davis MLE, Bailey N. In: International Conference on Trends in Steels and Consumables for Welding, London, The Welding Institute, Paper 34, April 1980: 289-310.
2. Davis MLE, Bailey N. In: Proceedings of the International Conferences on Trends in Steels and Consumables for Welding, London, The Welding Institute, Paper 19, November 1978: 231-247.
3. Chai CS, Eagar TW. Metall Trans B 1981: 12: 539-547.
4. Davis MLE, Coe FR. The Welding Institute Research Report: 39/1977/M, May 1997: 1-61.
5. North TH, Bell HB, Nowicki A, Cray I. Welding J 1978: 57 (3): 63-75.
6. Chai CS, Eagar TW. Welding J 1982: 61 (7): 229-232.
7. Indacochea JE, Blander M, Christensen N, Olson DL. Metall Trans B 1985: 16: 237-245.
8. Mitra U, Eagar TW. Metall Trans A 1984: 15: 217-227.
9. Mitra U, Eagar TW. Metall Trans B 1991: 22 B: 83-100.
10. Lau T, Weatherly GC, Molern A. Welding J 1985: 343-347.
11. Natalie CA, Olson DL, Blander M. Weld-pool pyrometallurgy, welding: theory and practice, Elsevier Science Publishers, Amsterdam, 1990 [chapter 5].
12. Moor MAB, North TH, Bell HB. Welding Metal Fabrication 1978: 47: 193-197.
13. Eagar TW. In Weldments: Physical metallurgy and failure phenomena, eds E.J. Charistofel et al., General Electric Company, Scheneatady, New York, 1979, 31-42.
14. Schwemmer DD, Olson DL, Williamson DL. Welding J 1979: 58(5).
15. Mills KC, Keene BJ. Int Metals Rev 1981: 1: 21-69.
16. Indacochea JE, Olson DL. J Mater Energy Syst, Am Soc Met 1983: 5(3): 139-148.
17. Polar A, Indacochea JE, Blander M. Welding J 1990: 69(2): 68-74.
18. Polar A, Indacochea JE, Blander M. Welding J 1991: 70 (1): 15-19.
19. Indacochea JE, Blander M, Shah S. Welding J 1989: 68 (3): 77-83.
20. Kim JH, Frost RH, Olson DL, Blander M. Welding J 1990: 69 (12): 446-453.
21. Blander M, Olson DL. In: Proceeding of the International Conference on Trends in Welding Research, Galtinburg, Tennessee, USA, 1986: 363-366.
22. Mclean RA, Anderson VL. Technometrics 1966: 8: 447-454.
23. Snee RD, Marquardt DW. Technometrics 1976: 18: 19-29.
24. Snee RD, Marquardt DW. Technometrics 1974: 16: 399-408.
25. Snee RD. Commun Stat: Theory Methods 1979: 8(4): 303-326.
26. Tuliani SS, Boniszewski T, Eaton NF. Welding Metal Fabric 1969: 37 (8): 327-339.
27. Dallam CB, Lin S, Olson DL. Welding J 1985: 64 (5): 140-150.
28. Dunn PS, Natalic CA, Olson DL. J Mater Energy Syst 1986: 8(2, 9): 176-184.
29. Eagar TW. Welding J 1978: (3): 76-81.
30. Moore JJ. In: Chemical Metallurgy, 2nd edn. Butterworth, London 1993: 152-172.
31. Surion E. Welding J 1997: 76 (10): 404-411.
32. Dean JA. Langes handbook of chemistry (Formerly compiled and edited byLangi NA) 13th edn., McGraw Hill [sections 9: 13-14, 4: 15, 35 & 71].
33. Davis MLE, Bailey N. Welding J 1991: 70 (2): 57-66.
34. Oiks G. Converter and open hearth steel manufacture, fundamentals of theory and technology, Mir Publishers, Moscow 1977, 97-200, 324-334.
35. Herasymenko, Speight GE. J Iron steel Inst II 1950: 166 (12): 289-301.