Matches in SemOpenAlex for { <https://semopenalex.org/work/W1432903441> ?p ?o ?g. }
- W1432903441 abstract "The impact of droplets on an inclined falling liquid film is studied experimentally using high-speed imaging. The falling film is created on a flat substrate with controllable thicknesses and flow rates. Droplets with different sizes and speeds are used to study the impact process under various Ohnesorge and Weber numbers, and film Reynolds numbers. A number of phenomena associated with droplet impact are identified and analyzed, such as bouncing, partial coalescence, total coalescence, and splashing. The effects of droplet size, speed, as well the film flow rate are studied culminating in the generation of an impact regime map. The analysis of the lubrication force acted on the droplet via the gas layer shows that a higher flow rate in the liquid film produces a larger lubrication force, slows down the drainage process, and increases the probability of droplet bouncing. Our results demonstrate that the flowing film has a profound effect on the droplet impact process and associated phenomena, which are markedly more complex than those accompanying impact on initially quiescent films." @default.
- W1432903441 created "2016-06-24" @default.
- W1432903441 creator A5044935188 @default.
- W1432903441 creator A5074836226 @default.
- W1432903441 creator A5089407146 @default.
- W1432903441 date "2015-08-31" @default.
- W1432903441 modified "2023-10-16" @default.
- W1432903441 title "Impact of droplets on inclined flowing liquid films" @default.
- W1432903441 cites W1662359706 @default.
- W1432903441 cites W1965187269 @default.
- W1432903441 cites W1970947892 @default.
- W1432903441 cites W1973644626 @default.
- W1432903441 cites W1973738954 @default.
- W1432903441 cites W1976098013 @default.
- W1432903441 cites W1981641187 @default.
- W1432903441 cites W1983565300 @default.
- W1432903441 cites W1997210958 @default.
- W1432903441 cites W1999702404 @default.
- W1432903441 cites W2001398731 @default.
- W1432903441 cites W2001867230 @default.
- W1432903441 cites W2002351664 @default.
- W1432903441 cites W2006703509 @default.
- W1432903441 cites W2008695289 @default.
- W1432903441 cites W2015159674 @default.
- W1432903441 cites W2020323185 @default.
- W1432903441 cites W2020908528 @default.
- W1432903441 cites W2022648180 @default.
- W1432903441 cites W2030063085 @default.
- W1432903441 cites W2033219039 @default.
- W1432903441 cites W2033293469 @default.
- W1432903441 cites W2034108257 @default.
- W1432903441 cites W2041369429 @default.
- W1432903441 cites W2043171598 @default.
- W1432903441 cites W2047037915 @default.
- W1432903441 cites W2049672403 @default.
- W1432903441 cites W2053377413 @default.
- W1432903441 cites W2054546695 @default.
- W1432903441 cites W2060473342 @default.
- W1432903441 cites W2060554227 @default.
- W1432903441 cites W2064553979 @default.
- W1432903441 cites W2069072902 @default.
- W1432903441 cites W2071356469 @default.
- W1432903441 cites W2071539568 @default.
- W1432903441 cites W2073610535 @default.
- W1432903441 cites W2075486409 @default.
- W1432903441 cites W2078098478 @default.
- W1432903441 cites W2078115040 @default.
- W1432903441 cites W2081775511 @default.
- W1432903441 cites W2083323935 @default.
- W1432903441 cites W2085489265 @default.
- W1432903441 cites W2085960582 @default.
- W1432903441 cites W2100369095 @default.
- W1432903441 cites W2102089106 @default.
- W1432903441 cites W2113658878 @default.
- W1432903441 cites W2114764260 @default.
- W1432903441 cites W2118371582 @default.
- W1432903441 cites W2119845238 @default.
- W1432903441 cites W2125293308 @default.
- W1432903441 cites W2126970728 @default.
- W1432903441 cites W2142614168 @default.
- W1432903441 cites W2147980415 @default.
- W1432903441 cites W2149805633 @default.
- W1432903441 cites W2157997611 @default.
- W1432903441 cites W2158926412 @default.
- W1432903441 cites W2168974301 @default.
- W1432903441 cites W2314322401 @default.
- W1432903441 cites W2322340124 @default.
- W1432903441 cites W2325408885 @default.
- W1432903441 cites W4253429628 @default.
- W1432903441 doi "https://doi.org/10.1103/physreve.92.023032" @default.
- W1432903441 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26382528" @default.
- W1432903441 hasPublicationYear "2015" @default.
- W1432903441 type Work @default.
- W1432903441 sameAs 1432903441 @default.
- W1432903441 citedByCount "41" @default.
- W1432903441 countsByYear W14329034412016 @default.
- W1432903441 countsByYear W14329034412017 @default.
- W1432903441 countsByYear W14329034412018 @default.
- W1432903441 countsByYear W14329034412019 @default.
- W1432903441 countsByYear W14329034412020 @default.
- W1432903441 countsByYear W14329034412021 @default.
- W1432903441 countsByYear W14329034412022 @default.
- W1432903441 countsByYear W14329034412023 @default.
- W1432903441 crossrefType "journal-article" @default.
- W1432903441 hasAuthorship W1432903441A5044935188 @default.
- W1432903441 hasAuthorship W1432903441A5074836226 @default.
- W1432903441 hasAuthorship W1432903441A5089407146 @default.
- W1432903441 hasBestOaLocation W14329034412 @default.
- W1432903441 hasConcept C120665830 @default.
- W1432903441 hasConcept C121332964 @default.
- W1432903441 hasConcept C149792144 @default.
- W1432903441 hasConcept C159275676 @default.
- W1432903441 hasConcept C159985019 @default.
- W1432903441 hasConcept C162802515 @default.
- W1432903441 hasConcept C172120300 @default.
- W1432903441 hasConcept C182748727 @default.
- W1432903441 hasConcept C184608416 @default.
- W1432903441 hasConcept C192562407 @default.
- W1432903441 hasConcept C196558001 @default.
- W1432903441 hasConcept C2779079380 @default.