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Prediction of wear-resistant thin diffusive coatings

机译:耐磨薄扩散涂层的预测

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Friction and wear process are investigated using experimental data and mathematical modeling of the specimen contact interaction. To study the wear in the system, 'a rigid punch-thin coating-elastic base', a mathematic statement of the problem was formulated. The integral equations were obtained and the solutions to the problems for punches, containing parabolic and wedge-shaped profiles, and also with a flattened basis were constructed. New regularities of deformation and wear of thin coatings on solids were obtained. The methods for crack growth resistance calculations in the coatings allow us to predict by the physico-chemical, tribotechnical and geometrical characteristics the coatings life-time, which is proved experimentally on chromium-based coatings applied on carbon steels.
机译:使用实验数据和样品接触相互作用的数学模型研究了摩擦和磨损过程。为了研究系统中的磨损,“刚性薄冲压涂层-弹性底座”,提出了对该问题的数学说明。得到了积分方程,并构造了具有抛物线形和楔形轮廓并且具有平坦基础的冲压机问题的解决方案。获得了新的固体薄涂层变形和磨损规律。涂层中抗裂纹扩展性的计算方法使我们能够通过物理化学,摩擦技术和几何特性来预测涂层的使用寿命,这在应用于碳钢的铬基涂层上得到了实验证明。

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