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13 Early Stage Researchers are part of the Marie Skłodowska-Curie Innovative Training Network “Smart surface design for efficient ice protection and control” (SURFICE) coordinated by the University of Milano-Bicocca, Italy. The Early Stage Researchers are currently employed by partner institutions situated in Italy, Germany, France, the UK, the Netherland, Belgium, Austria, Switzerland.
ESR1: Luca StendardoUniversity of Milano-Bicocca Understanding supercooling effect on wetting and ice adhesion
ESR2. Anny Catalina OspinaUniversity of Milano-Bicocca Development of soft materials with reduced ice adhesion
ESR3. Mingyue DingTechnische Universität Darmastadt, Solidification of a supercooled water drop after an impact onto anti-icing substrates
ESR4. Ali Raza ShaikhTechnische Universität Darmastadt, Dynamics of ice detachment from complex substrates
ESR5. Simrandeep BahalUniversity College London Nanoengineered substrates for dynamic anti-icing
ESR6. Gabriel HernandezGraz University of Technology, Development of icephobic coatings of thin organic polymers using initiated chemical vapor deposition (iCVD).
ESR7. Miisa TavaststjernaTechnische Universiteit Delft Effect of polymer coating chemical topology on ice formation and adhesion on smooth coatings
ESR8. Andrea MaslovKU Leuven The mechanisms of icing on a cold solid surface
ESR9. Giulia GastaldoISAE-SUPAERO Optimization of hybrid protection systems based on coatings and electromechanical systems
ESR10. Alexandros AtzemoglouSUSOS-ETH Zürich Development of a coating platform consisting of novel multipurpose bonding chemistry, capable of ensuring a high stability of functional coatings
ESR11. Navid Mostofi SarkariKU Leuven Design of discontinuous coatings with enhanced de-icing properties.
ESR12. Pau Riera i PortilloAeroTeX UK- ISAE SUPAERO Development of models for the adhesive and cohesive failure of ice
ESR13. Theodoros DimitriadisFTE technologies-TUGraz Development of icing strategy for wind sensors