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<p>Bimetallic specimens are produced from the ferrite-pearlite, 13Mn6, and wear-resistant, 565GM, steels. The data indicate that when the layers of the wear-resistant steel are deposited over the ferrite-pearlite steel, a&#xa0;high-microhardness transition layer forms as a&#xa0;result of the strengthening effects. This also increases the strength of the material along the boundary zone. In the cases of a&#xa0;reverse deposition sequence, there is no transition layer formation. All specimens are characterized by the fairly high mechanical properties of the basic components and the absence of defects.</p>

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Production of bimetallic specimens based on wear-resistant and ferrite-pearlite steel using wire-feed electron beam additive manufacturing

  • 期刊论文

  • 发表日期：

    2025年10月1日

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  • A. V. Chumaevskii,
  • K. S. Osipovich,
  • A. A. Belosludtseva,
  • D. A. Gurianov,
  • N. N. Shamarin,
  • V. M. Semenchuk,
  • E. A. Kolubaev

摘要

Bimetallic specimens are produced from the ferrite-pearlite, 13Mn6, and wear-resistant, 565GM, steels. The data indicate that when the layers of the wear-resistant steel are deposited over the ferrite-pearlite steel, a high-microhardness transition layer forms as a result of the strengthening effects. This also increases the strength of the material along the boundary zone. In the cases of a reverse deposition sequence, there is no transition layer formation. All specimens are characterized by the fairly high mechanical properties of the basic components and the absence of defects.