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Original Articles

Increasing the disbonding resistance of deposited layers of stainless steel in plasma arc surfacing. Effect of preliminary treatment of the deposited surface with a plasma arc and deposition of a low‐carbon sublayer

Pages 908-911 | Published online: 09 Dec 2009

References

  • Okada , H . 1982 . “ ‘Hydrogen‐induced disbonding of stainless steel weld metal overlaying hydrodesulfurizing reactor’ ” . In ‘Current Solution to Hydrogen Problems in steel.’ , 331 – 339 . New York : Publ ASM .
  • Steklov , O I . 1988 . “ ‘Disbonding of the deposited cladding layer of austenitic stainless steel of high pressure vessels operating in hydrogen‐containing media.’ ” . Moscow : Publ Central Scientific Research Institute of Petrochemical Engineering .
  • Steklov , O I . 1989 . ‘Using plasma surfacing for depositing the corrosion‐resisting layer on petrochemical equipment operating in hydrogen‐containing media’ . Svar Proiz , : 1 – 3 .
  • Steklov , O I . 1989 . ‘Disbonding resistance of deposited metals in hydrogen‐containing media’ . Svar Proiz , : 8 – 10 .
  • Alexandrov , O A . 1993 . ‘Use of plasma arc welding process to combat hydrogen metallic disbonding of austenitic stainless steel cladding.’ . Welding Journal , 72 (11) : 506s – 516s .
  • Takashi , O . 1987 . “ ‘Study on prevention of hydrogen‐induced disbonding in austenitic stainless overlay weld metal.’ ” . Tokyo : Publ Mitsubishi Heavy Ind. .
  • Gotal'skii , Yu N . 1983 . ‘Reasons for brittle fracture of welded joints in a pearlitic steel with high‐nickel welds’ . Avt Svarka , : 5 – 10 .
  • Shron , R Z and Malygin , A A . 1981 . ‘Effect of temperature and time on decarbonisation in the fusion zone of joints in pipes of 12Kh1MF and 12Kh18N12T steels’ . Svar Proiz , : 4 – 5 .

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