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Numerical prediction of heat affected zone (HAZ) grain refinement for multiple weld-bead deposits during the SMAW welding process of Cr–Mo–V steel

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Welding International

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References

  1. Sidorov A I: 'Reconditioning machine components by spray-ing and surfacing'. Publ Mashinostroenie Moscow 1987.

    Google Scholar 

  2. Shevchyenko O I etal: 'Examination of thermal cycles in surface hardening by surfacing'. In: 'Current methods of ther-mal, chemical-thermal treatment and surface hardening of components of machines and tools'. Publ Tashkent 1990 73.

  3. Shevchenko O I etal: 'Relationship of the structure, phase composition and service properties of working layer of N73Kh16S3R3 rolls produced by plasma-powder servicing'. Chernaya Metallurgiya 1995 (8) 57.

    Google Scholar 

  4. Zashlyapin M Yu etal: 'Scientific fundamentals of recondi-tioning components by plasma-powder surfacing'. In: 'Tech-nology of repair of machines and mechanisms'. Publ Znanie Ukrainy Kiev 1994 15.

    Google Scholar 

  5. Oshchpkov Yu P and Oshchepkova N V: 'Special features of the structure formation in alloys of the Ni-Cr-B-C-Si system in induction surfacing'. Metallovedenie i Termicheskaya Obrabotka 1979 (10) 14.

    Google Scholar 

  6. Sbridzher A G: 'Structure and properties of coatings of self-fluxing alloys'. Metallovedenie i Termicheskaya Obrabotka 1987 (4) 42.

    Google Scholar 

  7. Pozdeev G A etal: 'Plasma surfacing of composite alloys based on Ni-Cr-B-Si alloys'. Svar Proiz 1988 (9) 7.

    Google Scholar 

  8. Kormacheva E S etal: 'Structure and properties of corrosion-and wear-resisting coatings produced by plasma surfacing with powders'. Svar Proiz 1987 (2) 4.

    Google Scholar 

  9. Bazhova T Yu and Shevchenko O I: 'Zone of crystallisation of Fe-Cr-C-B and Ni-Cr-C-B coatings in plasma-powder sur-facing'. In: 'Current aspects of metallurgy of production of metallic materials'. Publ Ural State University Ekaterinburg 1995 74.

    Google Scholar 

  10. Trekin G E etal: 'Examination of the structural zones of solidification of coatings in plasma spraying'. In: 'Current problems of welding science and technology'. Perm' State Technical University 1995 137.

  11. Trekin G E etal: 'Formation and structure of coatings in two-layer plasma surfacing'. In: 'Current problems of welding science and technology'. Perm' State Technical University 1995 98.

  12. Shevchenko O I etal: 'Structure and phase composition of N73Kh16S3R3 coating produced by plasma surfacing'. Chernaya Metallurgiya 1992 (10) 23.

    Google Scholar 

  13. Farber V M and Shevchenko O I: 'Effect of surfacing condi-tions on the structure of N73Kh16S3R3 deposited layer'. Publ Sverdlovsk Manuscript No 5850 deposited at Chermet-informatsiya 30.09.92.

  14. Farber V M and Shevchenko O I: 'Structure of coatings of nickel self-fluxing alloys in plasma surfacing'. In: 'New mate-rials and resources-saving technologies of thermal and chemical-thermal treatment in engineering and metallurgy'. Novokuznetsk 1991 54.

  15. Shevchenko O I etal: 'Effect of parameters of plasma surfac-ing on the phase composition and structure of N73Kh16S3R3 coating'. Publ Sverdlovsk Manuscript No 5919 deposited at Chermetinformatsiya 25.11.92.

  16. Grekhova O I and Shevchenko O I: 'Special features of forma-tion of a dendritic structure in plasma coatings of the Ni-Cr-Si-B-C system'. In: 'The current aspects of metallurgy of pro-duction and treatment of metallic materials'. Publ Ural State Technical University Ekaterinburg 1995 76.

    Google Scholar 

  17. Shevchenko O I etal: 'Effect of high temperature heating on the structure of N73Kh16S3R3 coating produced by plasma-powder surfacing'. Chernaya Metallurgiya 1994 (10) 76.

    Google Scholar 

  18. Shevchenko O I etal: 'Structure and hardness of deposited coating of N73Kh16S3R3 alloy'. Publ Sverdlovsk Manuscript No 5918 deposited at Chermetinformatskii 25.11.92.

  19. Trekin G E etal: 'Development of the optimal technology of plasma-powder surfacing of N73Kh16S3R3 alloy on the basis of examination of the structure and properties of coatings'. In: 'Technology of repair of machines and mechanisms'. Publ Znanie Ukrainy Kiev 1994 12.

    Google Scholar 

  20. Zashlyapin M Yu etal: 'Effect of the structure and phase composition of the service properties of the working layer of components in plasma-powder surfacing of N73Kh16S3R3 alloy'. In: 'Current state and prospects of reconditioning and hardening of machine components'. Publ Znanie Moscow 1994 84.

    Google Scholar 

  21. Trekin G E and Shevchenko O I: 'Mechanism of formation of cracks in deposition of alloys of the Ni-Cr-B-C-Si type'. In: 'The current aspects of metallurgy of production and treat-ment of metallic materials'. Publ Ural State Technical University Ekaterinburg 1995 73.

    Google Scholar 

  22. Shevchenko O I and Farber V M: 'Effect of parameters of surfacing nickel self-fluxing alloys on the wear resistance under thermal cycling'. In: 'The current aspects of metallurgy of production and treatment of metallic materials'. Publ Ural State Technical University Ekaterinburg 1995 75.

    Google Scholar 

  23. Gershenzon S M etal: 'Determination of the criterion of optimisation of the process of spraying nickel self-fluxing alloys'. In: 'Theory and practice of welding production'. Publ Ural Polytechnic Institute of Sverdlovsk 1986 87

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Authors
  1. Z Mazur
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  2. G Urquiza
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  3. C Mariño
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  4. A Hernándex
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  5. G Gonzalez
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  6. O Salazar
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Mazur, Z., Urquiza, G., Mariño, C. et al. Numerical prediction of heat affected zone (HAZ) grain refinement for multiple weld-bead deposits during the SMAW welding process of Cr–Mo–V steel. Welding International 17, 121–127 (2003). https://doi.org/10.1533/wint.2003.3054

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  • DOI: https://doi.org/10.1533/wint.2003.3054

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