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Welding International Volume 31, 2017 - Issue 12
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Articles

Special features of pulsed arc welding of titaniumFootnote

S. A. SolovevThe Russian Scientific Research and Technological Institute of Repair and Service of Machines and Tractors (FGBNU GOSNITI), Moscow, Russia
,
V. I. DenisovThe Russian Scientific Research and Technological Institute of Repair and Service of Machines and Tractors (FGBNU GOSNITI), Moscow, Russia
,
B. A. MatyushkinThe Russian Scientific Research and Technological Institute of Repair and Service of Machines and Tractors (FGBNU GOSNITI), Moscow, Russia
&
A. A. TolkachevThe Russian Scientific Research and Technological Institute of Repair and Service of Machines and Tractors (FGBNU GOSNITI), Moscow, Russia
Pages 959-963 | Published online: 11 Sep 2017

References

  • Matyushkin BA. The conditions of formation of cracks in titanium alloys after welding from pores, and the methods of preventing them. Svar proizvod. 1972;11:48–51.
  • Gorshkov AI, Matyushkin BA. A method for evaluating the susceptibility of welded joints made of titanium alloys to delayed fracture. Svar proizvod. 1970;1:46–49.
  • Ekspress-informatsiya Svarka. Moscow: VINITI; 1968;9.
  • The future of engineering, production of titanium. Svarka. 1969;7:290–310.
  • Khuber RV. The cracking resistance and corrosion cracking of titanium under stress. Svarka. 1976;70:439–447.
  • Matyushkin BA. The endurance of welded joints produced at higher welding speeds. Svar proizvod. 1975;12:31–33.
  • Gorshkov AI. Special features of the formation of residual welding stresses in pulsed arc welding. Svar proizvod. 1971;1:39–40.
  • Matyushkin BA, et al. Special features of the formation and propagation of cold cracks from pores in the weld metal of titanium alloys after welding. Svar proizvod. 1975;8:9–11.
  • Shorshorov MKh. The role of hydrogen in the mechanism of delayed fracture of titanium after welding. Svar proizvod. 1971;5:16–18.
  • Nazimov OP. Segregation of hydrogen in the weld zone of welded joints in titanium alloys OT4 and OT4-1. Svar proizvod. 1971;9:11–12.
  • Murav’ev II. Experimental equipment for welding in a controlled atmosphere. Svar proizvod. 1973;2:48–49.

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