FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912686507> ?p ?o ?g. }

• W2912686507 endingPage "249" @default.
• W2912686507 startingPage "231" @default.
• W2912686507 abstract "Abstract Accurate and robust simulations of transcritical real-fluid flows are crucial for many engineering applications. Diffuse-interface methods are frequently employed and several numerical schemes have been developed for simulating transcritical flows. These schemes can be categorized into two types, namely fully conservative (FC) and quasi-conservative (QC) schemes. In this study, numerical analysis is conducted to show that the mixing processes for isobaric systems follow the limiting cases of adiabatic and isochoric mixing models when FC and QC schemes are employed, respectively. It is shown that these distinct mixing behaviors are a consequence of numerical diffusion instead of physical diffusion, and can be attributed to insufficient spatial resolution. By considering several test cases, numerical simulations confirm these theoretical results. The analysis of experimental data suggests that the isochoric mixing provides better agreement in terms of the phase separation behavior. This analysis provides quantitative understanding on the interpretation of numerical simulation results and the mixing models that are commonly used to study transcritical flows." @default.
• W2912686507 created "2019-02-21" @default.
• W2912686507 creator A5001031775 @default.
• W2912686507 creator A5055085936 @default.
• W2912686507 creator A5057929380 @default.
• W2912686507 creator A5062887896 @default.
• W2912686507 date "2019-04-01" @default.
• W2912686507 modified "2023-10-18" @default.
• W2912686507 title "On the numerical behavior of diffuse-interface methods for transcritical real-fluids simulations" @default.
• W2912686507 cites W1044946043 @default.
• W2912686507 cites W1965845088 @default.
• W2912686507 cites W1969188355 @default.
• W2912686507 cites W1985135200 @default.
• W2912686507 cites W1993098539 @default.
• W2912686507 cites W1993924107 @default.
• W2912686507 cites W2003753431 @default.
• W2912686507 cites W2007231673 @default.
• W2912686507 cites W2008703498 @default.
• W2912686507 cites W2011616343 @default.
• W2912686507 cites W2012966844 @default.
• W2912686507 cites W2013657906 @default.
• W2912686507 cites W2015736772 @default.
• W2912686507 cites W2016212639 @default.
• W2912686507 cites W2018830235 @default.
• W2912686507 cites W2028139247 @default.
• W2912686507 cites W2028139291 @default.
• W2912686507 cites W2029310239 @default.
• W2912686507 cites W2038105669 @default.
• W2912686507 cites W2038653633 @default.
• W2912686507 cites W2038820323 @default.
• W2912686507 cites W2044628713 @default.
• W2912686507 cites W2049161806 @default.
• W2912686507 cites W2052416200 @default.
• W2912686507 cites W2053318175 @default.
• W2912686507 cites W2054108513 @default.
• W2912686507 cites W2057083824 @default.
• W2912686507 cites W2057372085 @default.
• W2912686507 cites W2057809094 @default.
• W2912686507 cites W2058123815 @default.
• W2912686507 cites W2068842778 @default.
• W2912686507 cites W2073660919 @default.
• W2912686507 cites W2075776956 @default.
• W2912686507 cites W2078773289 @default.
• W2912686507 cites W2083577070 @default.
• W2912686507 cites W2083708678 @default.
• W2912686507 cites W2090781923 @default.
• W2912686507 cites W2103418820 @default.
• W2912686507 cites W2111439206 @default.
• W2912686507 cites W2116678919 @default.
• W2912686507 cites W2116729868 @default.
• W2912686507 cites W2117129266 @default.
• W2912686507 cites W2136649015 @default.
• W2912686507 cites W2139378277 @default.
• W2912686507 cites W2139943987 @default.
• W2912686507 cites W2145044093 @default.
• W2912686507 cites W2148144583 @default.
• W2912686507 cites W2162196000 @default.
• W2912686507 cites W2172216035 @default.
• W2912686507 cites W2177771475 @default.
• W2912686507 cites W2225715867 @default.
• W2912686507 cites W2407742808 @default.
• W2912686507 cites W2535818069 @default.
• W2912686507 cites W2584138987 @default.
• W2912686507 cites W2591937896 @default.
• W2912686507 cites W2602295025 @default.
• W2912686507 cites W2621403066 @default.
• W2912686507 cites W2767325365 @default.
• W2912686507 cites W2884127945 @default.
• W2912686507 cites W3174371845 @default.
• W2912686507 doi "https://doi.org/10.1016/j.ijmultiphaseflow.2019.01.015" @default.
• W2912686507 hasPublicationYear "2019" @default.
• W2912686507 type Work @default.
• W2912686507 sameAs 2912686507 @default.
• W2912686507 citedByCount "35" @default.
• W2912686507 countsByYear W29126865072019 @default.
• W2912686507 countsByYear W29126865072020 @default.
• W2912686507 countsByYear W29126865072021 @default.
• W2912686507 countsByYear W29126865072022 @default.
• W2912686507 countsByYear W29126865072023 @default.
• W2912686507 crossrefType "journal-article" @default.
• W2912686507 hasAuthorship W2912686507A5001031775 @default.
• W2912686507 hasAuthorship W2912686507A5055085936 @default.
• W2912686507 hasAuthorship W2912686507A5057929380 @default.
• W2912686507 hasAuthorship W2912686507A5062887896 @default.
• W2912686507 hasConcept C113843644 @default.
• W2912686507 hasConcept C121332964 @default.
• W2912686507 hasConcept C129307140 @default.
• W2912686507 hasConcept C157915830 @default.
• W2912686507 hasConcept C192562407 @default.
• W2912686507 hasConcept C41008148 @default.
• W2912686507 hasConcept C57879066 @default.
• W2912686507 hasConceptScore W2912686507C113843644 @default.
• W2912686507 hasConceptScore W2912686507C121332964 @default.
• W2912686507 hasConceptScore W2912686507C129307140 @default.
• W2912686507 hasConceptScore W2912686507C157915830 @default.
• W2912686507 hasConceptScore W2912686507C192562407 @default.
• W2912686507 hasConceptScore W2912686507C41008148 @default.
• W2912686507 hasConceptScore W2912686507C57879066 @default.

• next