Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048711982> ?p ?o ?g. }
- W3048711982 abstract "High-Schmidt-number passive scalar fields resulting from an isokinetic release in a turbulent boundary layer are characterized via turbulent scalar length scales, fractal geometry, intermittency, and power spectrum in the inertial-convective (I-C) and viscous-convective (V-C) regimes.The analysis indicates that the V-C scaling behavior deviated significantly from Batchelor's -1 scaling law for all Reynolds numbers and initial nozzle diameters. The scalar fluctuation intermittency, which generates nonGaussian tails in the PDFs of the scalar fluctuations and produces a large dissipation rate, explains the steep spectral slope in the V-C regime." @default.
- W3048711982 created "2020-08-18" @default.
- W3048711982 creator A5000059368 @default.
- W3048711982 creator A5013397653 @default.
- W3048711982 creator A5083508907 @default.
- W3048711982 date "2020-08-10" @default.
- W3048711982 modified "2023-09-24" @default.
- W3048711982 title "Scalar power spectra and turbulent scalar length scales of high-Schmidt-number passive scalar fields in turbulent boundary layers" @default.
- W3048711982 cites W1965680051 @default.
- W3048711982 cites W1970348061 @default.
- W3048711982 cites W1972863794 @default.
- W3048711982 cites W1973771388 @default.
- W3048711982 cites W1975060412 @default.
- W3048711982 cites W1983650255 @default.
- W3048711982 cites W1986805862 @default.
- W3048711982 cites W1989947391 @default.
- W3048711982 cites W2002899814 @default.
- W3048711982 cites W2006041701 @default.
- W3048711982 cites W2008087071 @default.
- W3048711982 cites W2013255178 @default.
- W3048711982 cites W2018476866 @default.
- W3048711982 cites W2033288876 @default.
- W3048711982 cites W2035255015 @default.
- W3048711982 cites W2037426487 @default.
- W3048711982 cites W2044457145 @default.
- W3048711982 cites W2050444346 @default.
- W3048711982 cites W2060287848 @default.
- W3048711982 cites W2061998523 @default.
- W3048711982 cites W2066069421 @default.
- W3048711982 cites W2070478826 @default.
- W3048711982 cites W2071018292 @default.
- W3048711982 cites W2071235211 @default.
- W3048711982 cites W2073966026 @default.
- W3048711982 cites W2078206416 @default.
- W3048711982 cites W2085733842 @default.
- W3048711982 cites W2086293057 @default.
- W3048711982 cites W2090593033 @default.
- W3048711982 cites W2093328661 @default.
- W3048711982 cites W2100302461 @default.
- W3048711982 cites W2101312045 @default.
- W3048711982 cites W2102380402 @default.
- W3048711982 cites W2118411610 @default.
- W3048711982 cites W2119145347 @default.
- W3048711982 cites W2128652407 @default.
- W3048711982 cites W2130421035 @default.
- W3048711982 cites W2139208974 @default.
- W3048711982 cites W2141733977 @default.
- W3048711982 cites W2150495896 @default.
- W3048711982 cites W2150772052 @default.
- W3048711982 cites W2152077500 @default.
- W3048711982 cites W2164654382 @default.
- W3048711982 cites W2166340856 @default.
- W3048711982 cites W2170441055 @default.
- W3048711982 cites W2475937479 @default.
- W3048711982 cites W2607154816 @default.
- W3048711982 cites W2610728853 @default.
- W3048711982 cites W2765184241 @default.
- W3048711982 cites W2790760394 @default.
- W3048711982 cites W2944935931 @default.
- W3048711982 cites W2945339946 @default.
- W3048711982 cites W323536346 @default.
- W3048711982 doi "https://doi.org/10.1103/physrevfluids.5.084606" @default.
- W3048711982 hasPublicationYear "2020" @default.
- W3048711982 type Work @default.
- W3048711982 sameAs 3048711982 @default.
- W3048711982 citedByCount "1" @default.
- W3048711982 countsByYear W30487119822022 @default.
- W3048711982 crossrefType "journal-article" @default.
- W3048711982 hasAuthorship W3048711982A5000059368 @default.
- W3048711982 hasAuthorship W3048711982A5013397653 @default.
- W3048711982 hasAuthorship W3048711982A5083508907 @default.
- W3048711982 hasConcept C105795698 @default.
- W3048711982 hasConcept C110521144 @default.
- W3048711982 hasConcept C111603439 @default.
- W3048711982 hasConcept C121332964 @default.
- W3048711982 hasConcept C155231867 @default.
- W3048711982 hasConcept C168110828 @default.
- W3048711982 hasConcept C182748727 @default.
- W3048711982 hasConcept C196558001 @default.
- W3048711982 hasConcept C2524010 @default.
- W3048711982 hasConcept C2780388094 @default.
- W3048711982 hasConcept C33923547 @default.
- W3048711982 hasConcept C57691317 @default.
- W3048711982 hasConcept C57879066 @default.
- W3048711982 hasConcept C74650414 @default.
- W3048711982 hasConcept C99844830 @default.
- W3048711982 hasConceptScore W3048711982C105795698 @default.
- W3048711982 hasConceptScore W3048711982C110521144 @default.
- W3048711982 hasConceptScore W3048711982C111603439 @default.
- W3048711982 hasConceptScore W3048711982C121332964 @default.
- W3048711982 hasConceptScore W3048711982C155231867 @default.
- W3048711982 hasConceptScore W3048711982C168110828 @default.
- W3048711982 hasConceptScore W3048711982C182748727 @default.
- W3048711982 hasConceptScore W3048711982C196558001 @default.
- W3048711982 hasConceptScore W3048711982C2524010 @default.
- W3048711982 hasConceptScore W3048711982C2780388094 @default.
- W3048711982 hasConceptScore W3048711982C33923547 @default.
- W3048711982 hasConceptScore W3048711982C57691317 @default.
- W3048711982 hasConceptScore W3048711982C57879066 @default.
- W3048711982 hasConceptScore W3048711982C74650414 @default.