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Evaluation Of The Fatigue Strength Of Multiphase Pump Components Under Corrosive Conditions Using A Short Crack Fracture Mechanics Approach

机译:利用短裂纹断裂力学方法评价腐蚀条件下多相泵组分的疲劳强度

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Components of Multiphase pumps, employed in oil and gas fields, often suffer from wear and localized corrosion, which is caused by the aggressive media to be pumped. To ensure a safe operation, analytic stress assessments are required. However common guidelines do not include a general way to take the influence of corrosion into account up to now. Hence this paper presents both a calculation and an experimental method to evaluate the actual fatigue limit under the influence of pitting corrosion for components of stainless steel. The experimental method delivers material-parameters and is used to validate the calculation method. Both of these methods are applied to a weak-notched specimen.
机译:石油和天然气领域采用的多相泵的组件经常遭受磨损和局部腐蚀,这是由泵浦的侵蚀性介质引起的。为确保安全运行,需要分析压力评估。然而,常见的指导方针不包括对现在考虑腐蚀的影响。因此,本文介绍了评估了蚀腐蚀对不锈钢组件的影响下的实际疲劳极限的实验方法。实验方法提供材料参数,用于验证计算方法。这两种方法都适用于弱缺口样本。

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