Modelling the hardening of carbon steels after quenching and tempering
2024
Tontchev, Nikolay | Teirumnieks, Normunds | Yankov, Emil
In the paper, after an overview and defined tasks, a methodology is applied and a model is derived for establishing the dependence of hardness on carbon content, hardness after hardening and tempering temperature after hardening for the entire range of carbon steels from structural to tool steels. The research was based on eight steels and four tempering temperatures formed in a total of 32 combinations. First, one-dimensional dependences of hardness change on carbon content were derived for each annealing temperature, and then accuracy was improved with a three-control parameter model. The derived model was examined and its theoretical maximum was corrected. The difference between the theoretical and the real logical maxima amounts to 17.44%. For all specified extremes, the heat treatment modes are defined.
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Bibliographic information
Publisher Rēzeknes Tehnoloģiju akadēmija
ISSN 2256-070XThis bibliographic record has been provided by Fundamental Library of Latvia University of Life Sciences and Technologies