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Articles

Effect of modifying additions in the composition of agglomerated fluxes on the structure and properties of the metal of welded joints in Cr–Mo–V heat-resisting steel

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References

  • Shekin SI, Yamskoi MV. Fluxes for the welding of cold-resistant low-alloy steels. Voprosy materialovedeniya. 1996;3:65–75.
  • Pokhodnya IK, et al. Results of comparative investigations of the fused and ceramic fluxes used in welding of 12KhN2MDF steel. Avt. Svarka. 1987;11:61–68.
  • Konishchev BP, et al. Welding materials for arc welding. A handbook, in two volumes, volume 1. Shielding gases in welding fluxes. Moscow: Mashinostroenie; 1989.
  • Golovko VV, Potapov NN. Special features of the agglomerated (ceramic) fluxes in welding. Svar. Proiz. 2010;6:29–34.
  • Evans GM. The effect of titanium in SMA C–Mn steel multipass deposits. Weld. J. 1992;12:447–454.
  • Titova TI, et al. Effect of boron microalloying on the structure and hardenability of building steel. Met. Sci. Heat Treat. 2007;49:39–44.10.1007/s11041-007-0007-8
  • Bedolla-Jacuinde MA, et al. Hot ductility behaviour of a low carbon advanced high-strength steel (AHSS) microalloyed with boron. Mater. Sci. Eng. 2011;528:4468–4474.
  • Kobe steel Technical Bulletin. Features and properties of boron steel.
  • Kapadia VM. Prediction of the boron hardenability effect in steel – a comprehensive review. Hardenability concepts with applications to steel. Warrendale: AIME-TMS; 1978. p. 448–482.
  • Kapadia VM, et al. Influence of nitrogen, titanium and zirconium on the boron hardenability effect in constructional steel. Trans. Am. Inst. Min. Metall. Pet. Eng. 242: 1689–1694.
  • Hansen SS. Effect of the Ti/N ratio on the hardenability and mechanical properties of a quenched and tempered C–Mn–B steel. ASM Trans. A. 1997;28:2027–2035.
  • Habu R, et al. Improvement of hardenability of steel containing aluminum and boron by double quenching. Trans. Iron Steel Inst. Jpn. 1983;23:176–183.10.2355/isijinternational1966.23.176
  • Oh DW, et al. Influence of boron and titanium on low carbon steel weld metal. Weld. J. 1990;4:151–158.
  • Mel’nikov PV. Effect of rare earth metals on the formation of the structure and properties of low alloyed weld metal. Voprosy materialovedeniya. 2011;1:150–161.
  • Makarenko VD. Corrosion resistance of welded joints in metal structures of oil and gas objects. Moscow: Nedra-Biznestsentr OOO; 2000.
  • Stepnov KK, et al. Modification of the medium chromium deposited metal. Avt. Svarka. 2011;8:12–14.
  • Golovko VV. Methods of decreasing the hydrogen content in the metal of the welded joints of low alloy steels in submerged-arc welding. Avt. Svarka. 2006;2:37–40.
  • Golovko VV, Pokhodnya IK. Effect of non-metallic inclusions on the formation of the structure of the metal of the welded joints in high-strength low alloy steels. Avt. Svarka. 2013;6:3–11.

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