Date of Publication :7th March 2016

Abstract: In this paper, it combined with the gear with the existence of cuprous oxide conversion coating and the gear tooth fatigue experiment of the system gear was conducted using a basic experiment and automatic shift of gear tooth fatigue of a simple substance gear pair. Consequently, it was proved that the gear which gave the cuprous oxide conversion coating had high pitting proof load capability by improvement in the initial familiarity nature of a gear pair, an improvement of lubricating oil holdout, and direct contact prevention of metal. Analysis of the pitting- proof fatigue characteristics of cuprous oxide conversion coating processing specification and the gear tooth wear characteristic etc. performed the engagement gear by one of the two or both in the experiment.

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