Matches in SemOpenAlex for { <https://semopenalex.org/work/W2077367027> ?p ?o ?g. }
- W2077367027 endingPage "1516" @default.
- W2077367027 startingPage "1508" @default.
- W2077367027 abstract "Upscaling pore-scale processes into macroscopic quantities such as hydrodynamic dispersion is still not a straightforward matter for porous media with complex pore space geometries. Recently it has become possible to obtain very realistic 3D geometries for the pore system of real rocks using either numerical reconstruction or micro-CT measurements. In this work, we present a finite element–finite volume simulation method for modeling single-phase fluid flow and solute transport in experimentally obtained 3D pore geometries. Algebraic multigrid techniques and parallelization allow us to solve the Stokes and advection–diffusion equations on large meshes with several millions of elements. We apply this method in a proof-of-concept study of a digitized Fontainebleau sandstone sample. We use the calculated velocity to simulate pore-scale solute transport and diffusion. From this, we are able to calculate the a priori emergent macroscopic hydrodynamic dispersion coefficient of the porous medium for a given molecular diffusion Dm of the solute species. By performing this calculation at a range of flow rates, we can correctly predict all of the observed flow regimes from diffusion dominated to convection dominated." @default.
- W2077367027 created "2016-06-24" @default.
- W2077367027 creator A5000454815 @default.
- W2077367027 creator A5042272946 @default.
- W2077367027 creator A5061827722 @default.
- W2077367027 creator A5066917848 @default.
- W2077367027 date "2010-12-01" @default.
- W2077367027 modified "2023-10-01" @default.
- W2077367027 title "Efficient flow and transport simulations in reconstructed 3D pore geometries" @default.
- W2077367027 cites W10917034 @default.
- W2077367027 cites W1542564183 @default.
- W2077367027 cites W1567673461 @default.
- W2077367027 cites W1578362726 @default.
- W2077367027 cites W1594460864 @default.
- W2077367027 cites W1636734757 @default.
- W2077367027 cites W1970221866 @default.
- W2077367027 cites W1971598279 @default.
- W2077367027 cites W1975075707 @default.
- W2077367027 cites W1977874994 @default.
- W2077367027 cites W1979261380 @default.
- W2077367027 cites W1992835169 @default.
- W2077367027 cites W1994321405 @default.
- W2077367027 cites W1998755526 @default.
- W2077367027 cites W2006889649 @default.
- W2077367027 cites W2012311058 @default.
- W2077367027 cites W2022121311 @default.
- W2077367027 cites W2023972518 @default.
- W2077367027 cites W2026463274 @default.
- W2077367027 cites W2027792781 @default.
- W2077367027 cites W2030659223 @default.
- W2077367027 cites W2033910292 @default.
- W2077367027 cites W2041992564 @default.
- W2077367027 cites W2042547137 @default.
- W2077367027 cites W2043808509 @default.
- W2077367027 cites W2043877499 @default.
- W2077367027 cites W2048435000 @default.
- W2077367027 cites W2052125873 @default.
- W2077367027 cites W2052158395 @default.
- W2077367027 cites W2059121631 @default.
- W2077367027 cites W2065700197 @default.
- W2077367027 cites W2070236116 @default.
- W2077367027 cites W2070257053 @default.
- W2077367027 cites W2072523262 @default.
- W2077367027 cites W2079173970 @default.
- W2077367027 cites W2080139289 @default.
- W2077367027 cites W2080977367 @default.
- W2077367027 cites W2082035897 @default.
- W2077367027 cites W2086157762 @default.
- W2077367027 cites W2090002891 @default.
- W2077367027 cites W2093310284 @default.
- W2077367027 cites W2093775473 @default.
- W2077367027 cites W2098754325 @default.
- W2077367027 cites W2104039052 @default.
- W2077367027 cites W2117242079 @default.
- W2077367027 cites W2125905690 @default.
- W2077367027 cites W2129567250 @default.
- W2077367027 cites W2134744763 @default.
- W2077367027 cites W2136750680 @default.
- W2077367027 cites W2136964092 @default.
- W2077367027 cites W2148147555 @default.
- W2077367027 cites W2159757778 @default.
- W2077367027 cites W2165114837 @default.
- W2077367027 cites W33628638 @default.
- W2077367027 cites W4233857083 @default.
- W2077367027 cites W4236408643 @default.
- W2077367027 doi "https://doi.org/10.1016/j.advwatres.2010.08.008" @default.
- W2077367027 hasPublicationYear "2010" @default.
- W2077367027 type Work @default.
- W2077367027 sameAs 2077367027 @default.
- W2077367027 citedByCount "85" @default.
- W2077367027 countsByYear W20773670272012 @default.
- W2077367027 countsByYear W20773670272013 @default.
- W2077367027 countsByYear W20773670272014 @default.
- W2077367027 countsByYear W20773670272015 @default.
- W2077367027 countsByYear W20773670272016 @default.
- W2077367027 countsByYear W20773670272017 @default.
- W2077367027 countsByYear W20773670272018 @default.
- W2077367027 countsByYear W20773670272019 @default.
- W2077367027 countsByYear W20773670272020 @default.
- W2077367027 countsByYear W20773670272021 @default.
- W2077367027 countsByYear W20773670272022 @default.
- W2077367027 countsByYear W20773670272023 @default.
- W2077367027 crossrefType "journal-article" @default.
- W2077367027 hasAuthorship W2077367027A5000454815 @default.
- W2077367027 hasAuthorship W2077367027A5042272946 @default.
- W2077367027 hasAuthorship W2077367027A5061827722 @default.
- W2077367027 hasAuthorship W2077367027A5066917848 @default.
- W2077367027 hasConcept C105569014 @default.
- W2077367027 hasConcept C120665830 @default.
- W2077367027 hasConcept C121332964 @default.
- W2077367027 hasConcept C127313418 @default.
- W2077367027 hasConcept C137119250 @default.
- W2077367027 hasConcept C162324750 @default.
- W2077367027 hasConcept C176217482 @default.
- W2077367027 hasConcept C177562468 @default.
- W2077367027 hasConcept C187320778 @default.
- W2077367027 hasConcept C18762648 @default.
- W2077367027 hasConcept C19191322 @default.