Investigation of Hydrodynamic Erosion of Material Using Pulsating Water Jet

Abstract

AISI316L stainless steel hydrodynamic erosion properties are examined in this work using pulsating water jets angled at 15°, 30°, 40°, and 90°. Hydrodynamic erosion is a major problem in wind energy, aerospace, and industrial equipment industries, especially when it's caused by rain. Evaluate to effectiveness pulsing jet water in reducing erosion damage on AISI316L surfaces by simulating rain. Rain impact at various angles was replicated in experimental settings, which mirrored real-world conditions experienced by wind turbine blades, hot air generators, and aircraft surfaces. The findings show that erosion rates and patterns vary according to jet angle, with some angles showing better resistance to erosion than others. This study offers insightful information about the possible use of pulsing water jets to prevent erosion in various industrial contexts, opening the door for additional refinement and application of this novel strategy.