FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3114698909> ?p ?o ?g. }

• W3114698909 endingPage "103549" @default.
• W3114698909 startingPage "103549" @default.
• W3114698909 abstract "Normal planar laser induced fluorescence (N-PLIF) method has been widely applied in liquid film imaging and thickness measurements in circular tubes with large curvatures, but meets great challenges in liquid film thickness measurements in circular tubes with small curvatures or at plates. An alternative method is to place both the incident laser sheet and the camera below the bottom interface of a plate, forming the acute PLIF (A-PLIF) method with an acute laser optical path and camera alignment. However, the liquid film thickness measurements based on direct imaging with the A-PLIF method are still challenged by the decrease of image contrast and indistinct interfaces. This work further explores the A-PLIF method with a novel image processing approach through both static liquid film and moving liquid film measurements. In static liquid film measurements, brightness curves along the liquid film thickness direction are extracted to compare with numerical simulation results based on ray-tracing approach, in which the laser intensity attenuation, laser sheet thickness, fluorescence spectrum and top interface reflection are considered. The comparison indicates that out-of-focus imaging is the dominant factor for the expanding of measured brightness curves. Three distinct regions, i.e. the increasing region, slowly decreasing region and rapidly decreasing region, are identified on the brightness curves and the main fluorescence source of each region is analyzed theoretically. It is concluded that the total width of the two decreasing regions shows strong correlation to the liquid film thickness, which facilitates the evaluation of liquid film thickness through peak position determination of the brightness curve and linear fitting of the rapidly decreasing region. This method is further tested in the moving liquid film thickness measurement in a cross-flow tunnel at various cross-sections, which shows that it can be applied to the liquid film imaging and thickness measurements on small curvature or flat surfaces." @default.
• W3114698909 created "2021-01-05" @default.
• W3114698909 creator A5000183666 @default.
• W3114698909 creator A5010105033 @default.
• W3114698909 creator A5038032242 @default.
• W3114698909 creator A5043186125 @default.
• W3114698909 creator A5058435270 @default.
• W3114698909 creator A5081934804 @default.
• W3114698909 date "2021-03-01" @default.
• W3114698909 modified "2023-10-14" @default.
• W3114698909 title "Liquid film thickness measurements on a plate based on brightness curve analysis with acute PLIF method" @default.
• W3114698909 cites W1964886578 @default.
• W3114698909 cites W1965658538 @default.
• W3114698909 cites W1979827710 @default.
• W3114698909 cites W1987448193 @default.
• W3114698909 cites W2029389451 @default.
• W3114698909 cites W2030321895 @default.
• W3114698909 cites W2034199822 @default.
• W3114698909 cites W2034290059 @default.
• W3114698909 cites W2036515888 @default.
• W3114698909 cites W2039668958 @default.
• W3114698909 cites W2052937005 @default.
• W3114698909 cites W2057489695 @default.
• W3114698909 cites W2059992770 @default.
• W3114698909 cites W2071223292 @default.
• W3114698909 cites W2078067509 @default.
• W3114698909 cites W2080189497 @default.
• W3114698909 cites W2108970235 @default.
• W3114698909 cites W2170320443 @default.
• W3114698909 cites W2286254360 @default.
• W3114698909 cites W2529658710 @default.
• W3114698909 cites W2529907761 @default.
• W3114698909 cites W2537443733 @default.
• W3114698909 cites W2543865225 @default.
• W3114698909 cites W2807356095 @default.
• W3114698909 cites W2808930200 @default.
• W3114698909 cites W2891029026 @default.
• W3114698909 cites W2891932212 @default.
• W3114698909 cites W2950536581 @default.
• W3114698909 cites W2963177585 @default.
• W3114698909 cites W643036508 @default.
• W3114698909 cites W827116645 @default.
• W3114698909 cites W835456710 @default.
• W3114698909 doi "https://doi.org/10.1016/j.ijmultiphaseflow.2020.103549" @default.
• W3114698909 hasPublicationYear "2021" @default.
• W3114698909 type Work @default.
• W3114698909 sameAs 3114698909 @default.
• W3114698909 citedByCount "7" @default.
• W3114698909 countsByYear W31146989092022 @default.
• W3114698909 countsByYear W31146989092023 @default.
• W3114698909 crossrefType "journal-article" @default.
• W3114698909 hasAuthorship W3114698909A5000183666 @default.
• W3114698909 hasAuthorship W3114698909A5010105033 @default.
• W3114698909 hasAuthorship W3114698909A5038032242 @default.
• W3114698909 hasAuthorship W3114698909A5043186125 @default.
• W3114698909 hasAuthorship W3114698909A5058435270 @default.
• W3114698909 hasAuthorship W3114698909A5081934804 @default.
• W3114698909 hasConcept C120665830 @default.
• W3114698909 hasConcept C121332964 @default.
• W3114698909 hasConcept C121684516 @default.
• W3114698909 hasConcept C125245961 @default.
• W3114698909 hasConcept C134786449 @default.
• W3114698909 hasConcept C192562407 @default.
• W3114698909 hasConcept C41008148 @default.
• W3114698909 hasConcept C520434653 @default.
• W3114698909 hasConceptScore W3114698909C120665830 @default.
• W3114698909 hasConceptScore W3114698909C121332964 @default.
• W3114698909 hasConceptScore W3114698909C121684516 @default.
• W3114698909 hasConceptScore W3114698909C125245961 @default.
• W3114698909 hasConceptScore W3114698909C134786449 @default.
• W3114698909 hasConceptScore W3114698909C192562407 @default.
• W3114698909 hasConceptScore W3114698909C41008148 @default.
• W3114698909 hasConceptScore W3114698909C520434653 @default.
• W3114698909 hasFunder F4320321001 @default.
• W3114698909 hasLocation W31146989091 @default.
• W3114698909 hasOpenAccess W3114698909 @default.
• W3114698909 hasPrimaryLocation W31146989091 @default.
• W3114698909 hasRelatedWork W1979444625 @default.
• W3114698909 hasRelatedWork W1980353044 @default.
• W3114698909 hasRelatedWork W2002345570 @default.
• W3114698909 hasRelatedWork W2035489573 @default.
• W3114698909 hasRelatedWork W2036695364 @default.
• W3114698909 hasRelatedWork W2101745613 @default.
• W3114698909 hasRelatedWork W2151650341 @default.
• W3114698909 hasRelatedWork W2495543243 @default.
• W3114698909 hasRelatedWork W4248009798 @default.
• W3114698909 hasRelatedWork W794619895 @default.
• W3114698909 hasVolume "136" @default.
• W3114698909 isParatext "false" @default.
• W3114698909 isRetracted "false" @default.
• W3114698909 magId "3114698909" @default.
• W3114698909 workType "article" @default.