Matches in SemOpenAlex for { <https://semopenalex.org/work/W4320716965> ?p ?o ?g. }
- W4320716965 endingPage "2984" @default.
- W4320716965 startingPage "2974" @default.
- W4320716965 abstract "Contact angle is an essential physical quantity that characterizes the wettability of a substrate. Although it is widely used in the studies of surface wetting, capillary phenomena, and moving contact lines, the contact angle measurements in simulations and experiments are still complicated and time-consuming. In this paper, we present an efficient scheme for the measurement of contact angle on curved wetting surfaces in lattice Boltzmann simulations. The measuring results are in excellent agreement with the theoretical predictions without considering the gravity effect. A series of simulations with various drop sizes and surface curvatures confirm that the present scheme is grid-independent. Then, the scheme is verified in gravitational environments by simulating the deformations of sessile and pendent droplets on the curved wetting surface. The numerical results are highly consistent with experimental observations and support the theoretical analysis that the microscopic contact angle is independent of gravity. Furthermore, the method utilizes only the microscopic geometry of the contact angle and does not depend on the droplet profile; therefore, it can be applied to nonaxisymmetric shapes or moving contact lines. The scheme is applied to capture the dynamic contact angle hysteresis on homogeneous or chemically heterogeneous curved surfaces. Importantly, the accurate contact angle measurement enables the dynamic mechanical analysis of moving contact lines. The present measurement is simple and efficient and can be extended to implementations in various multiphase lattice Boltzmann models." @default.
- W4320716965 created "2023-02-15" @default.
- W4320716965 creator A5012631658 @default.
- W4320716965 creator A5014140929 @default.
- W4320716965 creator A5027267694 @default.
- W4320716965 creator A5035878717 @default.
- W4320716965 creator A5036600716 @default.
- W4320716965 creator A5082841589 @default.
- W4320716965 date "2023-02-14" @default.
- W4320716965 modified "2023-10-15" @default.
- W4320716965 title "Contact Angle Measurement on Curved Wetting Surfaces in Multiphase Lattice Boltzmann Method" @default.
- W4320716965 cites W1494353408 @default.
- W4320716965 cites W1844026630 @default.
- W4320716965 cites W1973681670 @default.
- W4320716965 cites W1974178690 @default.
- W4320716965 cites W1975437444 @default.
- W4320716965 cites W1977164599 @default.
- W4320716965 cites W1982421205 @default.
- W4320716965 cites W2007521096 @default.
- W4320716965 cites W2012165941 @default.
- W4320716965 cites W2016701500 @default.
- W4320716965 cites W2018722291 @default.
- W4320716965 cites W2022206260 @default.
- W4320716965 cites W2032422642 @default.
- W4320716965 cites W2037965502 @default.
- W4320716965 cites W2040889146 @default.
- W4320716965 cites W2041950065 @default.
- W4320716965 cites W2056500446 @default.
- W4320716965 cites W2058046601 @default.
- W4320716965 cites W2058715049 @default.
- W4320716965 cites W2060138396 @default.
- W4320716965 cites W2063015623 @default.
- W4320716965 cites W2066516138 @default.
- W4320716965 cites W2072663684 @default.
- W4320716965 cites W2078013861 @default.
- W4320716965 cites W2082006552 @default.
- W4320716965 cites W2085288023 @default.
- W4320716965 cites W2089312474 @default.
- W4320716965 cites W2089951790 @default.
- W4320716965 cites W2098950936 @default.
- W4320716965 cites W2104610145 @default.
- W4320716965 cites W2117242079 @default.
- W4320716965 cites W2120900954 @default.
- W4320716965 cites W2123493388 @default.
- W4320716965 cites W2137628728 @default.
- W4320716965 cites W2141264049 @default.
- W4320716965 cites W2153809669 @default.
- W4320716965 cites W2166776469 @default.
- W4320716965 cites W2213796650 @default.
- W4320716965 cites W2314955286 @default.
- W4320716965 cites W2470008778 @default.
- W4320716965 cites W2492163508 @default.
- W4320716965 cites W2547680995 @default.
- W4320716965 cites W2586418003 @default.
- W4320716965 cites W2592144202 @default.
- W4320716965 cites W2604696884 @default.
- W4320716965 cites W2606008500 @default.
- W4320716965 cites W2744333488 @default.
- W4320716965 cites W2766218961 @default.
- W4320716965 cites W2913845792 @default.
- W4320716965 cites W2953327061 @default.
- W4320716965 cites W2963709216 @default.
- W4320716965 cites W2964181253 @default.
- W4320716965 cites W2969577977 @default.
- W4320716965 cites W3006270693 @default.
- W4320716965 cites W3013788482 @default.
- W4320716965 cites W3035849255 @default.
- W4320716965 cites W3039918640 @default.
- W4320716965 cites W3098621949 @default.
- W4320716965 cites W3101662634 @default.
- W4320716965 cites W3106170021 @default.
- W4320716965 cites W3126366881 @default.
- W4320716965 cites W3144700049 @default.
- W4320716965 cites W3166703105 @default.
- W4320716965 cites W4200466722 @default.
- W4320716965 cites W4221155513 @default.
- W4320716965 cites W4283080682 @default.
- W4320716965 cites W4285032408 @default.
- W4320716965 doi "https://doi.org/10.1021/acs.langmuir.2c02763" @default.
- W4320716965 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36787627" @default.
- W4320716965 hasPublicationYear "2023" @default.
- W4320716965 type Work @default.
- W4320716965 citedByCount "0" @default.
- W4320716965 crossrefType "journal-article" @default.
- W4320716965 hasAuthorship W4320716965A5012631658 @default.
- W4320716965 hasAuthorship W4320716965A5014140929 @default.
- W4320716965 hasAuthorship W4320716965A5027267694 @default.
- W4320716965 hasAuthorship W4320716965A5035878717 @default.
- W4320716965 hasAuthorship W4320716965A5036600716 @default.
- W4320716965 hasAuthorship W4320716965A5082841589 @default.
- W4320716965 hasConcept C121332964 @default.
- W4320716965 hasConcept C123299182 @default.
- W4320716965 hasConcept C127413603 @default.
- W4320716965 hasConcept C134514944 @default.
- W4320716965 hasConcept C157107126 @default.
- W4320716965 hasConcept C159985019 @default.
- W4320716965 hasConcept C192562407 @default.
- W4320716965 hasConcept C196806460 @default.