Analysis of Reducing Cavitation in Aircraft Cryogenic System

Cavitation erosion is a distinct type of material damage that arises from the generation of stress fields due to the collapse of cavitation bubbles. This phenomenon leads to unique microstructural effects on materials, which differ significantly from those observed in other types of erosion. The evaluation of erosion damage through experimental methods reveals important insights into how materials respond to cavitation. Furthermore, various prevention techniques have been developed to mitigate these effects, highlighting the necessity for specialized approaches in addressing cavitation erosion. While the research surrounding cavitation phenomena in various industries is relatively comprehensive, its application in the field of aeronautical engineering remains underdeveloped. This paper, by means of a literature review, explores the applications of cavitation within the aerospace sector, specifically focusing on methods to resist cavitation effects.