2004Journal of Nanchang UniversityRequires access

Numerical Simulations of Tempering Properties and Rapid Tempering Characteristics of Hardened Steel 35CrMo

Nong Wan

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Abstract

Based on tempering theoretical equation the quantitative relationships among tempering hardness,tempering temperature and tempering time were numerically simulated and verified through hardness data (processing) of hardened steel 35CrMo tempered at varying temperatures for an hour,which provided the scientific basis for rational determination of rapid tempering process parameters of hardened steel 35CrMo.

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What this paper is about

Based on tempering theoretical equation the quantitative relationships among tempering hardness,tempering temperature and tempering time were numerically simulated and verified through hardness data (processing) of hardened steel 35CrMo tempered at varying temperatures for an hour,which provided the scientific basis for rational determination of rapid tempering process parameters of hardened steel 35CrMo.

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Available abstract

Based on tempering theoretical equation the quantitative relationships among tempering hardness,tempering temperature and tempering time were numerically simulated and verified through hardness data (processing) of hardened steel 35CrMo tempered at varying temperatures for an hour,which provided the scientific basis for rational determination of rapid tempering process parameters of hardened steel 35CrMo.

Key concepts: Tempering, Materials science, Metallurgy, Composite material

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