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In-situ observation of influence of metal types on wear process in dry conditions

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? 2021We conduct in-situ observations of the wear process of metals in dry conditions. To this end, we constructed an experiment to observe the wear process of a point contact area, created between a rotating sapphire disc and a metal pin. The experimental setup included a microscope and a camera with visible-light and near-infrared detectors. Several steels, including stainless steel, and copper alloys were tested as pin materials. The wear comprised plastic flow, formation of transfer layers from the metal pin onto the sapphire disc, and expansion of the contact area. The influences of metal compositions and base metals on the wear behaviour were discussed.

CopperIn situ observationNear infraredPlastic flowSteelWear

Sugimura J.、Tango H.、Izumi T.、Tohyama M.、Saito K.、Yagi K.

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Department of Mechanical Engineering Faculty of Engineering International Institute for Carbon-Neutral Energy Research (I2CNER) Kyushu University

Department of Hydrogen Energy Systems Graduate School of Engineering Kyushu University

Toyota Central R&D Labs. Inc.

Toyota Motor Corporation

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2022

Wear

Wear

EISCI
ISSN:0043-1648
年,卷(期):2022.488/489
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