Special Features of Distribution of Microalloying Elements in Hot-Deformed Iron-Base Powder Materials and their Influence on the Quality of Interparticle Bonding

The technology of powder forging (PF) gained significant development after the Second World War. In 1990, almost simultaneously, two monographs were published, which examined the scientific and practical aspects of PF [1 , 2] . Kuhn and Ferguson gave a review of the studies on obtaining parts for structural purposes by PF, which were performed in North America and Europe by that time. The monograph by Kuhn and Ferguson published in English is available to a wide circle of specialists in the field of powder metallurgy (PM). Monograph by Dorofeyev Yu. G. et al. was published in Russian, which had limited readership. In this monograph experience in developing PF technology on the territory of the former Soviet Union was extended. For a variety of historical circumstances, the most significant volume of scientific and practical developments of PF was held at the Department of Materials Science and Problematic research laboratory of dynamic hot pressing of the Platov South-Russian State Polytechnic University (PSRSPU). Previously, the University was named the Novocherkassk Polytechnic Institute. Part of the works was performed in collaboration with the Institute for Problems of Materials Science (Kiev, Ukraine) [3] .

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Powder forging in PSRSPU (continued)

Dorofeyev

2020

Metal Powder Report

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Special Features of Distribution of Microalloying Elements in Hot-Deformed Iron-Base Powder Materials and their Influence on the Quality of Interparticle Bonding

Cited by 6 publications

References 3 publications

Fatigue Strength of Microalloyed Hot-Deformed Powder Steels

Fatigue Strength of Microalloyed Hot-Deformed Powder Steels

Powder forging in PSRSPU

Powder forging in PSRSPU (continued)

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