Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283080346> ?p ?o ?g. }
- W4283080346 endingPage "115185" @default.
- W4283080346 startingPage "115185" @default.
- W4283080346 abstract "This work presents a Streamline-Upwind Petrov–Galerkin (SUPG) framework with finite elements discretization for the prediction of non-ionized hypersonic flows in thermal non-equilibrium. The formulation is enhanced with a residual-based discontinuity-capturing (DC) operator. The numerical framework solves the set of Navier–Stokes equations for the compressible reacting flows with an additional equation for the vibrational–electronic energy conservation. The set of equations, which involves one continuity equation for each chemical species considered, is solved in the pressure-primitive variables. The numerical framework capabilities are assessed through several benchmark cases, including validation of the chemical model and its coupling with the two-temperature model in the context of critical flow features such as shock–shock and shock wave–boundary layer interactions. The accuracy of the results is assessed through the comparison with the numerical and experimental data available in the literature for all the test cases presented. The numerical results demonstrate the suitability of the formulation in predicting non-ionized reacting hypersonic flows in thermal non-equilibrium." @default.
- W4283080346 created "2022-06-19" @default.
- W4283080346 creator A5013140145 @default.
- W4283080346 creator A5068585856 @default.
- W4283080346 creator A5071849009 @default.
- W4283080346 date "2022-08-01" @default.
- W4283080346 modified "2023-09-26" @default.
- W4283080346 title "A Streamline-Upwind Petrov–Galerkin formulation for the analysis of hypersonic flows in thermal non-equilibrium" @default.
- W4283080346 cites W1972452376 @default.
- W4283080346 cites W1977157110 @default.
- W4283080346 cites W1979560958 @default.
- W4283080346 cites W1985585202 @default.
- W4283080346 cites W1988166121 @default.
- W4283080346 cites W1994760284 @default.
- W4283080346 cites W1996113670 @default.
- W4283080346 cites W2003884583 @default.
- W4283080346 cites W2004156011 @default.
- W4283080346 cites W2015274185 @default.
- W4283080346 cites W2027529390 @default.
- W4283080346 cites W2027601021 @default.
- W4283080346 cites W2035545064 @default.
- W4283080346 cites W2052918947 @default.
- W4283080346 cites W2054137867 @default.
- W4283080346 cites W2054347915 @default.
- W4283080346 cites W2060951497 @default.
- W4283080346 cites W2062790066 @default.
- W4283080346 cites W2063899318 @default.
- W4283080346 cites W2073897969 @default.
- W4283080346 cites W2074031653 @default.
- W4283080346 cites W2081177856 @default.
- W4283080346 cites W2087283986 @default.
- W4283080346 cites W2088688927 @default.
- W4283080346 cites W2089837096 @default.
- W4283080346 cites W2092570503 @default.
- W4283080346 cites W2095546031 @default.
- W4283080346 cites W2099337236 @default.
- W4283080346 cites W2109120129 @default.
- W4283080346 cites W2110205231 @default.
- W4283080346 cites W2115569241 @default.
- W4283080346 cites W2117796842 @default.
- W4283080346 cites W2133992989 @default.
- W4283080346 cites W2138193328 @default.
- W4283080346 cites W2140153041 @default.
- W4283080346 cites W2150506807 @default.
- W4283080346 cites W2161148672 @default.
- W4283080346 cites W2170133687 @default.
- W4283080346 cites W2172014636 @default.
- W4283080346 cites W2339291635 @default.
- W4283080346 cites W2586106567 @default.
- W4283080346 cites W2589093004 @default.
- W4283080346 cites W2811051606 @default.
- W4283080346 cites W2908594654 @default.
- W4283080346 cites W2916382653 @default.
- W4283080346 cites W2951415631 @default.
- W4283080346 cites W3008495101 @default.
- W4283080346 cites W3057476293 @default.
- W4283080346 cites W3087694544 @default.
- W4283080346 cites W3122068173 @default.
- W4283080346 cites W3167931211 @default.
- W4283080346 cites W3185649111 @default.
- W4283080346 doi "https://doi.org/10.1016/j.cma.2022.115185" @default.
- W4283080346 hasPublicationYear "2022" @default.
- W4283080346 type Work @default.
- W4283080346 citedByCount "3" @default.
- W4283080346 countsByYear W42830803462022 @default.
- W4283080346 countsByYear W42830803462023 @default.
- W4283080346 crossrefType "journal-article" @default.
- W4283080346 hasAuthorship W4283080346A5013140145 @default.
- W4283080346 hasAuthorship W4283080346A5068585856 @default.
- W4283080346 hasAuthorship W4283080346A5071849009 @default.
- W4283080346 hasConcept C121332964 @default.
- W4283080346 hasConcept C122824865 @default.
- W4283080346 hasConcept C126322002 @default.
- W4283080346 hasConcept C134306372 @default.
- W4283080346 hasConcept C135628077 @default.
- W4283080346 hasConcept C2777042112 @default.
- W4283080346 hasConcept C2778540877 @default.
- W4283080346 hasConcept C2781300812 @default.
- W4283080346 hasConcept C28826006 @default.
- W4283080346 hasConcept C33923547 @default.
- W4283080346 hasConcept C5192115 @default.
- W4283080346 hasConcept C57879066 @default.
- W4283080346 hasConcept C70477161 @default.
- W4283080346 hasConcept C71924100 @default.
- W4283080346 hasConcept C73000952 @default.
- W4283080346 hasConcept C74650414 @default.
- W4283080346 hasConcept C84655787 @default.
- W4283080346 hasConcept C97355855 @default.
- W4283080346 hasConceptScore W4283080346C121332964 @default.
- W4283080346 hasConceptScore W4283080346C122824865 @default.
- W4283080346 hasConceptScore W4283080346C126322002 @default.
- W4283080346 hasConceptScore W4283080346C134306372 @default.
- W4283080346 hasConceptScore W4283080346C135628077 @default.
- W4283080346 hasConceptScore W4283080346C2777042112 @default.
- W4283080346 hasConceptScore W4283080346C2778540877 @default.
- W4283080346 hasConceptScore W4283080346C2781300812 @default.
- W4283080346 hasConceptScore W4283080346C28826006 @default.
- W4283080346 hasConceptScore W4283080346C33923547 @default.