The degradation of large rotating cryogenic structures such as the Central Wheel Mechanism for MICADO, particularly in terms of wear and friction, has not been fully understood. This work aims to address this gap by developing computational and experimental tools to tackle these issues. By developing a numerical model and subsequently validating it with an experimental cryogenic setup, we aim to quantify the wear and the evolution of friction in some of the MICADO cryogenic rotating components.
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