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首页> 外文期刊>Journal of testing and evaluation >An Improved Method for Determination of the Cavitation Erosion Resistance by a Weibull Distribution
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An Improved Method for Determination of the Cavitation Erosion Resistance by a Weibull Distribution

机译:威布尔分布测定耐气蚀性的一种改进方法

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摘要

The improved method for determination of cavitation erosion resistance is based on the erosion strength concept and the Weibull cumulative distribution function. Cavitation erosion resistance is the ratio between the erosion intensity, which is the external load, and the erosion rate, which is the response of the eroded material. The time at which this erosion rate is determined is t_(200) i.e., when the average eroded thickness reaches 200 pm. This time ensures that the cavitation erosion resistance of both the boundary layer and the base material can be determined. The improved method is simple, easy to apply, and overcomes the drawbacks of the normalized erosion method and the erosion strength method. In this case, cavitation erosion resistance is an independent, measurable value with units of stress.
机译:确定气蚀耐蚀性的改进方法是基于腐蚀强度概念和威布尔累积分布函数。耐气蚀性是指腐蚀强度(即外部负载)与腐蚀速率(即被腐蚀材料的响应)之间的比率。确定腐蚀速率的时间是t_(200),即平均腐蚀厚度达到200 pm时。这次确保了可以确定边界层和基材两者的抗气蚀性。改进后的方法简单易行,克服了归一化腐蚀法和腐蚀强度法的弊端。在这种情况下,抗气蚀性是一个独立的,可测量的值,单位为应力。

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