FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2094107208> ?p ?o ?g. }

• W2094107208 endingPage "N45" @default.
• W2094107208 startingPage "N45" @default.
• W2094107208 abstract "The specification of inlet conditions for eddy-resolving simulations is an important research question in turbulence research. A large number of schemes have been proposed but comparisons to a benchmark simulation are usually undertaken in such a way that it is ambiguous as to whether the source of the improved preservation of the properties of the benchmark case is due to the physics captured in the inlet generation algorithm or to differences in the precise values or spectra generated at a particular position. This article uses gradual wavelet reconstruction to degrade a precursor simulation such that the time series input at each cell has the same histogram and Fourier spectrum as the original precursor case, thereby removing this source of variability. A parameter, ρ, is used to index the nature of the degraded inlets and as ρ increases from 0 to 1 the cross-correlative and nonlinear properties of the precursor are increasingly preserved too. We compare the results of four large-eddy simulations for the flow over a wall-mounted square rib and show that there are clear differences between these simulations for the flow before and over the rib, and in the far-field. However, in the wake, the intense shearing and mixing means that any differences are harder to attribute to the nature of the inlet. Hence, for flows that are mixed strongly, there is less of a need to preserve the cross-correlative structure of the inlet condition as long as the individual velocity components are modelled with an appropriate set of values and Fourier spectrum. By comparing particular inlet generation algorithms in terms of the value for ρ that they can attain, their suitability for modelling flows of particular configurations may be determined." @default.
• W2094107208 created "2016-06-24" @default.
• W2094107208 creator A5061311699 @default.
• W2094107208 creator A5068748170 @default.
• W2094107208 creator A5079805503 @default.
• W2094107208 date "2011-01-01" @default.
• W2094107208 modified "2023-10-01" @default.
• W2094107208 title "A method for characterising the sensitivity of turbulent flow fields to the structure of inlet turbulence" @default.
• W2094107208 cites W1966403276 @default.
• W2094107208 cites W1969510185 @default.
• W2094107208 cites W1972960566 @default.
• W2094107208 cites W1974991834 @default.
• W2094107208 cites W1976830088 @default.
• W2094107208 cites W1982354196 @default.
• W2094107208 cites W1988713086 @default.
• W2094107208 cites W1991595392 @default.
• W2094107208 cites W1994688855 @default.
• W2094107208 cites W1995380274 @default.
• W2094107208 cites W2007882747 @default.
• W2094107208 cites W2008081559 @default.
• W2094107208 cites W2018934541 @default.
• W2094107208 cites W2019814951 @default.
• W2094107208 cites W2020232107 @default.
• W2094107208 cites W2028943644 @default.
• W2094107208 cites W2029921733 @default.
• W2094107208 cites W2033389329 @default.
• W2094107208 cites W2034197653 @default.
• W2094107208 cites W2036113703 @default.
• W2094107208 cites W2036371925 @default.
• W2094107208 cites W2037915068 @default.
• W2094107208 cites W2038933405 @default.
• W2094107208 cites W2039864342 @default.
• W2094107208 cites W2042952976 @default.
• W2094107208 cites W2045971153 @default.
• W2094107208 cites W2047576510 @default.
• W2094107208 cites W2049743027 @default.
• W2094107208 cites W2052824539 @default.
• W2094107208 cites W2055351985 @default.
• W2094107208 cites W2057000609 @default.
• W2094107208 cites W2057393236 @default.
• W2094107208 cites W2063615912 @default.
• W2094107208 cites W2064594683 @default.
• W2094107208 cites W2065166164 @default.
• W2094107208 cites W2072164358 @default.
• W2094107208 cites W2074447412 @default.
• W2094107208 cites W2074683042 @default.
• W2094107208 cites W2078501940 @default.
• W2094107208 cites W2079330862 @default.
• W2094107208 cites W2081836795 @default.
• W2094107208 cites W2085009317 @default.
• W2094107208 cites W2085266804 @default.
• W2094107208 cites W2085684869 @default.
• W2094107208 cites W2088242348 @default.
• W2094107208 cites W2088949677 @default.
• W2094107208 cites W2089740955 @default.
• W2094107208 cites W2091446377 @default.
• W2094107208 cites W2094068360 @default.
• W2094107208 cites W2095368701 @default.
• W2094107208 cites W2096045964 @default.
• W2094107208 cites W2103937950 @default.
• W2094107208 cites W2109678411 @default.
• W2094107208 cites W2129338418 @default.
• W2094107208 cites W2140832824 @default.
• W2094107208 cites W2148734996 @default.
• W2094107208 cites W2152321814 @default.
• W2094107208 cites W2152683791 @default.
• W2094107208 cites W2153695008 @default.
• W2094107208 cites W2153839266 @default.
• W2094107208 cites W2162256626 @default.
• W2094107208 cites W2165895745 @default.
• W2094107208 cites W2167700393 @default.
• W2094107208 cites W2168683163 @default.
• W2094107208 cites W2168795429 @default.
• W2094107208 cites W4232309071 @default.
• W2094107208 cites W4246284944 @default.
• W2094107208 cites W4298352105 @default.
• W2094107208 doi "https://doi.org/10.1080/14685248.2011.636047" @default.
• W2094107208 hasPublicationYear "2011" @default.
• W2094107208 type Work @default.
• W2094107208 sameAs 2094107208 @default.
• W2094107208 citedByCount "21" @default.
• W2094107208 countsByYear W20941072082012 @default.
• W2094107208 countsByYear W20941072082014 @default.
• W2094107208 countsByYear W20941072082015 @default.
• W2094107208 countsByYear W20941072082016 @default.
• W2094107208 countsByYear W20941072082017 @default.
• W2094107208 countsByYear W20941072082018 @default.
• W2094107208 countsByYear W20941072082019 @default.
• W2094107208 countsByYear W20941072082021 @default.
• W2094107208 countsByYear W20941072082022 @default.
• W2094107208 crossrefType "journal-article" @default.
• W2094107208 hasAuthorship W2094107208A5061311699 @default.
• W2094107208 hasAuthorship W2094107208A5068748170 @default.
• W2094107208 hasAuthorship W2094107208A5079805503 @default.
• W2094107208 hasConcept C114793014 @default.
• W2094107208 hasConcept C121332964 @default.
• W2094107208 hasConcept C121864883 @default.
• W2094107208 hasConcept C127313418 @default.

• next