Ice formation on surfaces is a common phenomenon occurring in the presence of water at temperatures below the freezing point, and can negatively impact many aspects of our lives. Atmospheric icing, which forms due to the natural presence of water as small liquid drops or vapor in the air, can cause damage to ground transportation, airplanes, power lines, and communication systems (e.g., telephone and cable television line operations) and other man-made structures and devices.
Tagliaro, I., Cerpelloni, A., Nikiforidis, V., Pillai, R., Antonini, C. (2022). On the Development of Icephobic Surfaces: Bridging Experiments and Simulations. In M. Marengo, J. De Coninck (a cura di), The Surface Wettability Effect on Phase Change (pp. 235-272). Springer [10.1007/978-3-030-82992-6_8].
On the Development of Icephobic Surfaces: Bridging Experiments and Simulations
Tagliaro, IrenePrimo
;Antonini, CarloUltimo
2022
Abstract
Ice formation on surfaces is a common phenomenon occurring in the presence of water at temperatures below the freezing point, and can negatively impact many aspects of our lives. Atmospheric icing, which forms due to the natural presence of water as small liquid drops or vapor in the air, can cause damage to ground transportation, airplanes, power lines, and communication systems (e.g., telephone and cable television line operations) and other man-made structures and devices.
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Tagliaro et al (2022) On the development of icephobic surfaces Bridging experiments and simulations.pdf
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