Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032731245> ?p ?o ?g. }
- W2032731245 endingPage "148" @default.
- W2032731245 startingPage "131" @default.
- W2032731245 abstract "A numerical investigation on the impingement and spreading of a micro-sized droplet with nonzero impact velocities on a surface with heterogeneous wettability is presented in this paper. The numerical model was implemented through phase-field simulation with finite element formulation. A simple scheme based on interfacial phase-field function gradient was proposed to track the velocity of contact line which was required to specify the dynamic contact angle based on hydrodynamic theory and molecular kinetic approach. For a circular pattern with a higher wettability than the surrounding surface, the impinging droplet final spread diameter decreases with an increasing wettability contrast. The droplet conforms to the circular patterns with smaller diameters up to a threshold, which is dictated by the wettability of the surface surrounding the pattern. Impact velocity of the droplet affects the maximum spread diameter but not the final conformability to a wettability pattern. Impingement and anisotropic spreading of a droplet on a stripe pattern was also demonstrated in a three-dimensional simulation. The high wettability contrast between the inner and outer regions of the stripe pattern confines droplet spreading and elongates the droplet in the direction of the stripe. These simulations demonstrated the conditions for a jetted micro-sized droplet to be confined to a specific area through wettability patterning, which can potentially improve the precision of current inkjet printing technology." @default.
- W2032731245 created "2016-06-24" @default.
- W2032731245 creator A5008571348 @default.
- W2032731245 creator A5085318495 @default.
- W2032731245 date "2013-11-05" @default.
- W2032731245 modified "2023-09-27" @default.
- W2032731245 title "Phase-field simulation of impingement and spreading of micro-sized droplet on heterogeneous surface" @default.
- W2032731245 cites W1967588322 @default.
- W2032731245 cites W1967738256 @default.
- W2032731245 cites W1969036286 @default.
- W2032731245 cites W1975140804 @default.
- W2032731245 cites W1986391085 @default.
- W2032731245 cites W1988387912 @default.
- W2032731245 cites W1991098848 @default.
- W2032731245 cites W1995606952 @default.
- W2032731245 cites W1996897600 @default.
- W2032731245 cites W1998128467 @default.
- W2032731245 cites W1998176622 @default.
- W2032731245 cites W1998776062 @default.
- W2032731245 cites W1999027797 @default.
- W2032731245 cites W2002263486 @default.
- W2032731245 cites W2003595121 @default.
- W2032731245 cites W2003651079 @default.
- W2032731245 cites W2004277410 @default.
- W2032731245 cites W2004298334 @default.
- W2032731245 cites W2007259722 @default.
- W2032731245 cites W2007467333 @default.
- W2032731245 cites W2007766520 @default.
- W2032731245 cites W2009013337 @default.
- W2032731245 cites W2010624431 @default.
- W2032731245 cites W2012176436 @default.
- W2032731245 cites W2014426731 @default.
- W2032731245 cites W2014828726 @default.
- W2032731245 cites W2016656753 @default.
- W2032731245 cites W2016739403 @default.
- W2032731245 cites W2017266929 @default.
- W2032731245 cites W2018389800 @default.
- W2032731245 cites W2025247062 @default.
- W2032731245 cites W2026750185 @default.
- W2032731245 cites W2028724419 @default.
- W2032731245 cites W2030576246 @default.
- W2032731245 cites W2032640040 @default.
- W2032731245 cites W2040846759 @default.
- W2032731245 cites W2043258966 @default.
- W2032731245 cites W2044019490 @default.
- W2032731245 cites W2050345555 @default.
- W2032731245 cites W2056082339 @default.
- W2032731245 cites W2058743369 @default.
- W2032731245 cites W2062116934 @default.
- W2032731245 cites W2063725511 @default.
- W2032731245 cites W2066844531 @default.
- W2032731245 cites W2074229019 @default.
- W2032731245 cites W2079627113 @default.
- W2032731245 cites W2079674753 @default.
- W2032731245 cites W2080609340 @default.
- W2032731245 cites W2082026788 @default.
- W2032731245 cites W2082207400 @default.
- W2032731245 cites W2083757791 @default.
- W2032731245 cites W2084159787 @default.
- W2032731245 cites W2084457935 @default.
- W2032731245 cites W2088096529 @default.
- W2032731245 cites W2088331257 @default.
- W2032731245 cites W2092961439 @default.
- W2032731245 cites W2098303237 @default.
- W2032731245 cites W2111001399 @default.
- W2032731245 cites W2116238163 @default.
- W2032731245 cites W2125387578 @default.
- W2032731245 cites W2129736339 @default.
- W2032731245 cites W2142312933 @default.
- W2032731245 cites W2147237278 @default.
- W2032731245 cites W2147722083 @default.
- W2032731245 cites W2148375030 @default.
- W2032731245 cites W2152123134 @default.
- W2032731245 cites W2155788949 @default.
- W2032731245 cites W2159941442 @default.
- W2032731245 cites W2161121544 @default.
- W2032731245 cites W2318137994 @default.
- W2032731245 cites W2325553017 @default.
- W2032731245 cites W2331028450 @default.
- W2032731245 cites W2035543168 @default.
- W2032731245 doi "https://doi.org/10.1007/s10404-013-1284-8" @default.
- W2032731245 hasPublicationYear "2013" @default.
- W2032731245 type Work @default.
- W2032731245 sameAs 2032731245 @default.
- W2032731245 citedByCount "34" @default.
- W2032731245 countsByYear W20327312452014 @default.
- W2032731245 countsByYear W20327312452015 @default.
- W2032731245 countsByYear W20327312452017 @default.
- W2032731245 countsByYear W20327312452018 @default.
- W2032731245 countsByYear W20327312452019 @default.
- W2032731245 countsByYear W20327312452020 @default.
- W2032731245 countsByYear W20327312452021 @default.
- W2032731245 countsByYear W20327312452022 @default.
- W2032731245 countsByYear W20327312452023 @default.
- W2032731245 crossrefType "journal-article" @default.
- W2032731245 hasAuthorship W2032731245A5008571348 @default.
- W2032731245 hasAuthorship W2032731245A5085318495 @default.
- W2032731245 hasBestOaLocation W20327312452 @default.