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Strain hardening of rail steel

Deformation and Fracture of Materials, 2023
Based on the results of studying the evolution of structural-phase states and the dislocation substructure of rail steel under uniaxial compression deformation up to a degree of 50%, a quantitative analysis of the hardening mechanisms of this steel under compression conditions has been performed.
M. A. Porfir’ev   +4 more
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Surface hardening of precipitation-hardening nonmagnetic steels

Metal Science and Heat Treatment, 1973
1. Precipitation-hardening nonmagnetic steels of the Fe−Mn−Ni system can be surface hardened by nitriding and also by work hardening of the surface. Surface layers with an elevated hardness to a depth of 0.3 mm can be obtained by nitriding of high-strength nonmagnetic steel 40G14N9Kh3YuF2. The results of comparative wear resistance tests showed that
V. M. Blinov   +4 more
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Surface hardening of steels by plasma hardening

Metal Science and Heat Treatment, 1983
1. Plasma hardening of steels provides hardened layers which in hardness, thickness, and wear resistance meet the requirements for hardened surfaces of many parts of various types of machines. 2. From the results of production and testing under service conditions of lots of hydraulic motor stators and troughs of conveyers it was ...
V. A. Linnik   +5 more
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Turning of Hardened Steels

Journal of Manufacturing Processes, 2000
Abstract An investigation is reported of the face turning process for machining a hardened bearing steel using CBN cutting tools. Studies were made of the specific energy, the chips generated, the tool inserts used, and the machined surfaces. The specific cutting energy was found to be directly related to the maximum undeformed chip thickness, which ...
R. Sood, C. Guo, S. Malkin
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Hardenability of 65S2VA steel

Metal Science and Heat Treatment, 1966
1. Preliminary high-temperature tempering of 65S2VA steel reduces the hardness after quenching from the ordinary quenching temperature of 860°C. 2. The original hardness of the quenched steel can be reestablished only by heating to 1000°C or higher.
M. M. Sandomirskii   +4 more
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Steel hardenability and failure analysis

Practical Failure Analysis, 2001
Abstract Hardenability evaluation is typically applied to heat treatment process control, but can also augment standard metallurgical failure analysis techniques for steel components. A comprehensive understanding of steel hardenability is an essential complement to the skills of the metallurgical failure analyst.
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