The design of surface coatings for tribological applications in rolling sliding contacts not only requires a thorough understanding of the tribological conditions e.g. contact stress, lubrication and friction but also the influence of coating processes, material, thickness and the role of substrate material properties. Tribologists often have little choice about the former but can significantly influence the coating performance by appropriate selection of the latter. This research paper addresses the benchmark design requirements of such overlay coatings produced by thermal spraying process and introduces the wear map based upon the understanding of failure modes. Results presented here give a generic understanding of the performance and design parameters of cermet coating design for rolling sliding contacts, and thus represent a step forward in the development of future overlay coatings for high stress applications.
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机译：用于滚动滑动接触的摩擦学应用表面涂层的设计不仅需要彻底了解摩擦学条件。接触应力，润滑和摩擦，还有涂层工艺，材料，厚度和基材材料的作用的影响。 Tribologists often have little choice about the former but can significantly influence the coating performance by appropriate selection of the latter.本研究论文解决了通过热喷涂过程生产的这种覆盖涂层的基准设计要求，并根据对失效模式的理解引入磨损地图。这里提出的结果对用于滚动滑动触点的金属陶瓷涂层设计的性能和设计参数来说，这是用于滚动滑动触点的性能和设计参数，因此代表了用于高应力应用的未来覆盖涂层的前进。
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