Parameter Study for the Ice Adhesion Centrifuge Test

In this study, we assessed the effects of ice types, test parameters, and surface properties on measurement data adhesion centrifuge test. This method is often used for evaluation low surfaces, although no standard has been defined yet. The aim paper to improve understanding relevant parameter identify crucial criteria be considered in harmonization standardization efforts. Results clearly indicate that type (static vs. impact ice) greatest results, with static delivering higher values a broader span. beneficial material developers as it eases process, but contradicts technical efforts design tests are close possible realistic environments. Additionally, selected significant relevance (roughness, wettability). Despite complexity interactions, trend was observed roughness determining high velocity (95 m/s). contrast, ice, wettability relevance, leading risk overestimating icephobic performance structured surfaces. results contribute demanding future tasks defining well-founded standards support development