FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898833287> ?p ?o ?g. }

• W2898833287 abstract "The rain impact and ice accretion on different aerodynamic constructions represent a large problem to their safety and operation. Most current de-icing systems include either physical or chemical removal of ice, which is resource- and energy-intensive as well as environmentally polluting. A more desirable approach to prevent initial ice formation from water droplets on a surface is to employ highly ordered super-hydrophobic materials, which mimic lotus leaves and other natural dirt- and water-repelling surfaces and reproduced in many laboratory tests. The ability to fend off water droplets could lead to prevention of icing as an inherent material property, which further would prevent ice formations, rather than fighting its build-up. Our objective is to draw attention to problems of an extension of this effect to technical applications. The main idea of the icing or rain protection of the different aerodynamic constructions may be the use of super-hydrophobic thermoplastic polymers with the water-repellent properties to prevent corrosion, improve aerodynamics or add self-cleaning properties to the material. The purpose of the present study is to explore the possibility of using a fast and cheap technology of R2R-EC to enable the fabrication of nanostructures on polymer foils of sizes ranging from 50 nanometers and up to 100 micrometers with the aim of improving the ice-cleaning and water-repellent properties of the coating. This high-speed and low-cost lithography method is developed at DTU and Danapak Flexibles A/S. These super-hydrophobic surfaces with water-repelling structures provide rebound actions on the impacting droplets with the large contact angle θ. For the foils with the different micro- and nanostructures, the wetting properties are measured and impact with single droplet is presented. These coatings can be used for different engineering tasks, which need to establish and test new anti-icing/rain solutions for complex aerodynamic flows. We will start the present investigation from the initial point to include main aspects of the previous water-repellent investigations and test a single droplet impacts on the surface with the thermoplastic foil for the coating." @default.
• W2898833287 created "2018-11-09" @default.
• W2898833287 creator A5031142541 @default.
• W2898833287 creator A5051446454 @default.
• W2898833287 creator A5056821001 @default.
• W2898833287 creator A5059491887 @default.
• W2898833287 creator A5089976490 @default.
• W2898833287 date "2018-01-01" @default.
• W2898833287 modified "2023-10-18" @default.
• W2898833287 title "Aerodynamic effect of icing/rain impacts on super-hydrophobic surfaces" @default.
• W2898833287 cites W15345735 @default.
• W2898833287 cites W1945947529 @default.
• W2898833287 cites W1963807055 @default.
• W2898833287 cites W1968512182 @default.
• W2898833287 cites W1977580612 @default.
• W2898833287 cites W1978308291 @default.
• W2898833287 cites W1984618959 @default.
• W2898833287 cites W1989264066 @default.
• W2898833287 cites W1993383901 @default.
• W2898833287 cites W2001003043 @default.
• W2898833287 cites W2001867230 @default.
• W2898833287 cites W2002870905 @default.
• W2898833287 cites W2006329020 @default.
• W2898833287 cites W2008687466 @default.
• W2898833287 cites W2015159674 @default.
• W2898833287 cites W2019349463 @default.
• W2898833287 cites W2020172200 @default.
• W2898833287 cites W2029099481 @default.
• W2898833287 cites W2033293469 @default.
• W2898833287 cites W2041369429 @default.
• W2898833287 cites W2053377413 @default.
• W2898833287 cites W2056146296 @default.
• W2898833287 cites W2060554227 @default.
• W2898833287 cites W2064023063 @default.
• W2898833287 cites W2066593411 @default.
• W2898833287 cites W2070065285 @default.
• W2898833287 cites W2075976915 @default.
• W2898833287 cites W2082706995 @default.
• W2898833287 cites W2084839184 @default.
• W2898833287 cites W2095209570 @default.
• W2898833287 cites W2112600715 @default.
• W2898833287 cites W2119845238 @default.
• W2898833287 cites W2131040298 @default.
• W2898833287 cites W2131075125 @default.
• W2898833287 cites W2135919526 @default.
• W2898833287 cites W2138280038 @default.
• W2898833287 cites W2151075136 @default.
• W2898833287 cites W2152998281 @default.
• W2898833287 cites W2160057341 @default.
• W2898833287 cites W2166156980 @default.
• W2898833287 cites W2167427157 @default.
• W2898833287 cites W2168974301 @default.
• W2898833287 cites W2306509198 @default.
• W2898833287 cites W2313971132 @default.
• W2898833287 cites W2334225982 @default.
• W2898833287 cites W2335477609 @default.
• W2898833287 cites W2516048575 @default.
• W2898833287 cites W2586797496 @default.
• W2898833287 cites W2766584267 @default.
• W2898833287 cites W2797477494 @default.
• W2898833287 cites W3099909652 @default.
• W2898833287 cites W3104993767 @default.
• W2898833287 cites W4249730227 @default.
• W2898833287 doi "https://doi.org/10.1063/1.5065139" @default.
• W2898833287 hasPublicationYear "2018" @default.
• W2898833287 type Work @default.
• W2898833287 sameAs 2898833287 @default.
• W2898833287 citedByCount "3" @default.
• W2898833287 countsByYear W28988332872019 @default.
• W2898833287 countsByYear W28988332872021 @default.
• W2898833287 countsByYear W28988332872023 @default.
• W2898833287 crossrefType "proceedings-article" @default.
• W2898833287 hasAuthorship W2898833287A5031142541 @default.
• W2898833287 hasAuthorship W2898833287A5051446454 @default.
• W2898833287 hasAuthorship W2898833287A5056821001 @default.
• W2898833287 hasAuthorship W2898833287A5059491887 @default.
• W2898833287 hasAuthorship W2898833287A5089976490 @default.
• W2898833287 hasBestOaLocation W28988332871 @default.
• W2898833287 hasConcept C112439578 @default.
• W2898833287 hasConcept C121332964 @default.
• W2898833287 hasConcept C127413603 @default.
• W2898833287 hasConcept C13393347 @default.
• W2898833287 hasConcept C146978453 @default.
• W2898833287 hasConcept C153294291 @default.
• W2898833287 hasConcept C159985019 @default.
• W2898833287 hasConcept C171250308 @default.
• W2898833287 hasConcept C192562407 @default.
• W2898833287 hasConcept C21880701 @default.
• W2898833287 hasConcept C2781439067 @default.
• W2898833287 hasConcept C2781448156 @default.
• W2898833287 hasConcept C39432304 @default.
• W2898833287 hasConcept C521977710 @default.
• W2898833287 hasConceptScore W2898833287C112439578 @default.
• W2898833287 hasConceptScore W2898833287C121332964 @default.
• W2898833287 hasConceptScore W2898833287C127413603 @default.
• W2898833287 hasConceptScore W2898833287C13393347 @default.
• W2898833287 hasConceptScore W2898833287C146978453 @default.
• W2898833287 hasConceptScore W2898833287C153294291 @default.
• W2898833287 hasConceptScore W2898833287C159985019 @default.
• W2898833287 hasConceptScore W2898833287C171250308 @default.

• next