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2014•Materials Research InnovationsRequires access

Observation of rolling contact fatigue of induction heated 13Cr–2Ni–2Mo stainless steel under reciprocating motion

Koshiro Mizobe, Koretomo Okamoto, Kenji Kanemasu, Takuya Shibukawa, Katsuyuki Kida

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Abstract

Reciprocating fatigue tests were performed for five kinds of stainless steels, induction heated 13Cr–2Ni–2Mo, non-treated SUS304, hard chromium plated SUS304, soft nitrided SUS304 and SUS630. We observed material microstructure, hardness distribution, wear track depth and crack propagation in these materials. It is concluded that the 13Cr–2Ni–2Mo stainless steel was successfully heat treated and had high wear resistance.

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What this paper is about

Reciprocating fatigue tests were performed for five kinds of stainless steels, induction heated 13Cr–2Ni–2Mo, non-treated SUS304, hard chromium plated SUS304, soft nitrided SUS304 and SUS630. We observed material microstructure, hardness distribution, wear track depth and crack propagation in these materials. It is concluded that the 13Cr–2Ni–2Mo stainless steel was successfully heat treated and had high wear resistance.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Reciprocating fatigue tests were performed for five kinds of stainless steels, induction heated 13Cr–2Ni–2Mo, non-treated SUS304, hard chromium plated SUS304, soft nitrided SUS304 and SUS630. We observed material microstructure, hardness distribution, wear track depth and crack propagation in these materials. It is concluded that the 13Cr–2Ni–2Mo stainless steel was successfully heat treated and had high wear resistance.

Key concepts: Materials science, Reciprocating motion, Metallurgy, Hot work, Microstructure, Chromium, Nitriding, Austenitic stainless steel

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