FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2605126223> ?p ?o ?g. }

• W2605126223 endingPage "3318" @default.
• W2605126223 startingPage "3302" @default.
• W2605126223 abstract "Abstract Small‐scale heterogeneity of permeability controls spreading, dilution, and mixing of solute plumes at large scale. However, conventional numerical simulations of solute transport are unable to resolve scales of heterogeneity below the grid scale. We propose a Lagrangian numerical approach to implement closure models to account for subgrid‐scale spreading and mixing in Darcy‐scale numerical simulations of solute transport in mildly heterogeneous porous media. The novelty of the proposed approach is that it considers two different dispersion coefficients to account for advective spreading mechanisms and local‐scale dispersion. Using results of benchmark numerical simulations, we demonstrate that the proposed approach is able to model subgrid‐scale spreading and mixing provided there is a correct choice of block‐scale dispersion coefficient. We also demonstrate that for short travel times it is only possible to account for spreading or mixing using a single block‐scale dispersion coefficient. Moreover, we show that it is necessary to use time‐dependent dispersion coefficients to obtain correct mixing rates. On the contrary, for travel times that are large in comparison to the typical dispersive time scale, it is possible to use a single expression to compute the block‐dispersion coefficient, which is equal to the asymptotic limit of the block‐scale macrodispersion coefficient proposed by Rubin et al. (1999). Our approach provides a flexible and efficient way to model subgrid‐scale mixing in numerical models of large‐scale solute transport in heterogeneous aquifers. We expect that these findings will help to better understand the applicability of the advection‐dispersion‐equation (ADE) to simulate solute transport at the Darcy scale in heterogeneous porous media." @default.
• W2605126223 created "2017-04-14" @default.
• W2605126223 creator A5016860797 @default.
• W2605126223 creator A5052801957 @default.
• W2605126223 creator A5057364756 @default.
• W2605126223 date "2017-04-01" @default.
• W2605126223 modified "2023-10-03" @default.
• W2605126223 title "Lagrangian scheme to model subgrid-scale mixing and spreading in heterogeneous porous media" @default.
• W2605126223 cites W1161713295 @default.
• W2605126223 cites W1507209783 @default.
• W2605126223 cites W1530240374 @default.
• W2605126223 cites W1531734373 @default.
• W2605126223 cites W1592093959 @default.
• W2605126223 cites W1600255394 @default.
• W2605126223 cites W1611216846 @default.
• W2605126223 cites W1614255365 @default.
• W2605126223 cites W1616660288 @default.
• W2605126223 cites W1698806571 @default.
• W2605126223 cites W1747335313 @default.
• W2605126223 cites W1896922345 @default.
• W2605126223 cites W1968829775 @default.
• W2605126223 cites W1972201106 @default.
• W2605126223 cites W1973518759 @default.
• W2605126223 cites W1974210778 @default.
• W2605126223 cites W1976003395 @default.
• W2605126223 cites W1977617237 @default.
• W2605126223 cites W1984205150 @default.
• W2605126223 cites W1991979431 @default.
• W2605126223 cites W1995640961 @default.
• W2605126223 cites W1996043668 @default.
• W2605126223 cites W1999747522 @default.
• W2605126223 cites W2000437037 @default.
• W2605126223 cites W2000878784 @default.
• W2605126223 cites W2007185205 @default.
• W2605126223 cites W2011683297 @default.
• W2605126223 cites W2012757793 @default.
• W2605126223 cites W2016989179 @default.
• W2605126223 cites W2019157745 @default.
• W2605126223 cites W2022204346 @default.
• W2605126223 cites W2022850311 @default.
• W2605126223 cites W2024671484 @default.
• W2605126223 cites W2027380708 @default.
• W2605126223 cites W2028842765 @default.
• W2605126223 cites W2032543977 @default.
• W2605126223 cites W2033368723 @default.
• W2605126223 cites W2037506030 @default.
• W2605126223 cites W2047060943 @default.
• W2605126223 cites W2057079575 @default.
• W2605126223 cites W2061734731 @default.
• W2605126223 cites W2061774157 @default.
• W2605126223 cites W2064956410 @default.
• W2605126223 cites W2067138579 @default.
• W2605126223 cites W2067461001 @default.
• W2605126223 cites W2078800950 @default.
• W2605126223 cites W2078858705 @default.
• W2605126223 cites W2080752355 @default.
• W2605126223 cites W2084979535 @default.
• W2605126223 cites W2088868691 @default.
• W2605126223 cites W2088987257 @default.
• W2605126223 cites W2092380263 @default.
• W2605126223 cites W2094111425 @default.
• W2605126223 cites W2097262760 @default.
• W2605126223 cites W2103650970 @default.
• W2605126223 cites W2104040898 @default.
• W2605126223 cites W2105200154 @default.
• W2605126223 cites W2119082285 @default.
• W2605126223 cites W2121092123 @default.
• W2605126223 cites W2133846178 @default.
• W2605126223 cites W2160310787 @default.
• W2605126223 cites W2170319309 @default.
• W2605126223 cites W2297932795 @default.
• W2605126223 cites W323536346 @default.
• W2605126223 cites W4245495694 @default.
• W2605126223 cites W4248119357 @default.
• W2605126223 cites W4361980067 @default.
• W2605126223 doi "https://doi.org/10.1002/2016wr019994" @default.
• W2605126223 hasPublicationYear "2017" @default.
• W2605126223 type Work @default.
• W2605126223 sameAs 2605126223 @default.
• W2605126223 citedByCount "20" @default.
• W2605126223 countsByYear W26051262232017 @default.
• W2605126223 countsByYear W26051262232019 @default.
• W2605126223 countsByYear W26051262232020 @default.
• W2605126223 countsByYear W26051262232021 @default.
• W2605126223 countsByYear W26051262232022 @default.
• W2605126223 crossrefType "journal-article" @default.
• W2605126223 hasAuthorship W2605126223A5016860797 @default.
• W2605126223 hasAuthorship W2605126223A5052801957 @default.
• W2605126223 hasAuthorship W2605126223A5057364756 @default.
• W2605126223 hasBestOaLocation W26051262231 @default.
• W2605126223 hasConcept C105569014 @default.
• W2605126223 hasConcept C120665830 @default.
• W2605126223 hasConcept C121332964 @default.
• W2605126223 hasConcept C121864883 @default.
• W2605126223 hasConcept C127313418 @default.
• W2605126223 hasConcept C138777275 @default.
• W2605126223 hasConcept C148444096 @default.
• W2605126223 hasConcept C177562468 @default.

• next