Phenomenological prediction tool for cavitation erosion fed with the International Cavitation Erosion Test results

In hydraulic turbines, cavitation has unwanted consequences such as vibrations, noise, or material degradation. Thus, developping a method which can anticipate this phenomenon with good accuracy is vital from the designer’s perspective. This work aims at predicting two aspects of cavitation erosion: determining areas most endangered, and quantifying cavitation erosion in a relative way.

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Phenomenological prediction tool for cavitation erosion fed with the International Cavitation Erosion Test results

Cited by 6 publications

References 42 publications

Wear protection potential of TiN coatings for 304 stainless steels used in rotating parts during olive oil extraction

Wear protection potential of TiN coatings for 304 stainless steels used in rotating parts during olive oil extraction

Cavitation damage as a result of polyfractional erosion process

Cavitation erosion prediction based on a multi-scale method

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