Structure and properties of the fusion zone in plasma arc deposition of a low‐carbon steel with an austenitic, chromium‐nickel wire

O I Steaklov Moscow Institute of Oil and Gas,

A V Alekseev Moscow Institute of Oil and Gas,

S N Platova Moscow Institute of Oil and Gas,

V A Popov Moscow Institute of Oil and Gas,

O A Aleksandrov Moscow Institute of Oil and Gas,

I M Gubkin Moscow Institute of Oil and Gas,

References

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Steklov , O I . 1988 . ‘Separation of the deposited layer of an austenitic, corrosion‐resisting steel for pressure vessels working in hydrogen‐containing media (review)’ . Svar Proiz , : 10 – 12 .
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Gotal'skii , Yu N . 1988 . ‘Reasons for brittle fracture of welded joints in a pearlitic steel with high‐nickel welds’ . Avt Svarka , : 5 – 9 .
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Gotal'skii , Yu N . 1981 . ‘A method of reducing the width of the martensitic interlayer in the fusion zone of a pearlitic steel with an austenitic weld’ . Svar Proiz , : 7 – 9 .
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Structure and properties of the fusion zone in plasma arc deposition of a low‐carbon steel with an austenitic, chromium‐nickel wire

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Structure and properties of the fusion zone in plasma arc deposition of a low‐carbon steel with an austenitic, chromium‐nickel wire

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