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Influence of Modes of Thermoplastic Treatment on the Development of Microplastic Strain in Nitrogen-Bearing Steel Kh21G10N7MBF

Metal Science and Heat Treatment 2005 2 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
O. A. Bannykh, V. M. Blinov, M. V. Kostina, С. В. Грачев, Л. А. Мальцева

Summary

This study examined how cold rolling reduction and heat treatment influence microplastic strain development in high-nitrogen austenitic steel, finding processing conditions significantly affect the material's microscale deformation behavior. Insights into how processing history governs microplastic deformation in metals inform our understanding of analogous fragmentation processes in polymer materials.

The effect of the degree of reduction in cold rolling and subsequent heat holds on the development of microplastic strain in the bending of ribbon specimens fabricated from corrosion-resistant austenitic high-nitrogen steel Kh21G10N7MBF is studied.

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