The thesis presents the design of a system for evaluating surface degradation. Possibilities for the passive prevention of frost formation using superhydrophobic surfaces are examined. The effect of multiple freeze-thaw cycles on the mechanical stability and durability of these surfaces was investigated. For this purpose, a test apparatus along with its housing, support structures, and stage was designed and manufactured to enable automated cyclic testing of samples. Additionally, a misting system was designed, assembled, and evaluated to maintain high humidity levels, allowing for the simulation of natural operating conditions. With the developed apparatus, it is possible to successfully simulate multi-year material exposure under real operating conditions within a matter of days or weeks.
|
