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The modeling of structure and properties of carburized low-chromium hypereutectoid steels

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Abstract

Research of carburized high-carbon bearing LH15 (52100) steel is presented. Problems analyzed include thermodynamic and kinetic basis of carburizing in two-phase field (austenite-cementite), carbon content influence in diffusive layer on utilization properties of the examined steel, and functional carbon content influence on chemical and phase composition of carbonized layer. An understanding of these problems enables modeling of functional properties and chemical and phase composition diffusion layers, obtained at definite carburizing parameters. That is the choice of carburizing process parameters (temperature, time, carbon potential) for the best utilizable properties.

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  1. Institute of Mechanical Technology, Heat Treatment Division, Poznań University of Technology, ul.Piotrowo 3, 61-138, Poznań, Poland

    M. Przylecka

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  1. M. Przylecka
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Przylecka, M. The modeling of structure and properties of carburized low-chromium hypereutectoid steels. JMEP 5, 165–191 (1996). https://doi.org/10.1007/BF02650885

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