Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032958416> ?p ?o ?g. }
- W2032958416 endingPage "1592" @default.
- W2032958416 startingPage "1576" @default.
- W2032958416 abstract "A hybrid Eulerian-Lagrangian, mathematical/computational methodology is developed and evaluated for large-eddy simulations of turbulent combustion in complex geometries. The formulation for turbulence is based on the standard subgrid-scale stress models. The formulation for subgrid-scale combustion is based on the filtered mass density function and its equivalent stochastic Lagrangian equations. An algorithm based on high-order compact differencing on generalized multiblock grids is developed for numerical solution of the coupled Eulerian-Lagrangian equations. The results obtained by large-eddy simulations/filtered mass density function show the computational method to be more efficient than existing methods for similar hybrid systems. The consistency, convergence, and accuracy of the filtered mass density function and its Lagrangian-Monte Carlo solver is established for both reacting and nonreacting flows in a dump combustor. The results show that the finite difference and the Monte Carlo numerical methods employed are both accurate and consistent The results for a reacting premixed dump combustor also agree well with available experimental data. Additionally, the results obtained for other nonreacting turbulent flows are found to be in good agreement with the experimental and high-order numerical data. Filtered mass density function simulations are performed to examine the effects of boundary conditions, subgrid-scale models, as well as physical and geometrical parameters on dump-combustor flows. The results generated for combustors with and without an inlet nozzle are found to be similar as long as appropriate boundary conditions are employed." @default.
- W2032958416 created "2016-06-24" @default.
- W2032958416 creator A5000448218 @default.
- W2032958416 creator A5035428072 @default.
- W2032958416 creator A5090514414 @default.
- W2032958416 date "2008-07-01" @default.
- W2032958416 modified "2023-10-11" @default.
- W2032958416 title "Large-Eddy Simulations of Turbulent Flows in an Axisymmetric Dump Combustor" @default.
- W2032958416 cites W1553525636 @default.
- W2032958416 cites W1669295846 @default.
- W2032958416 cites W1677523145 @default.
- W2032958416 cites W1968300084 @default.
- W2032958416 cites W1972964484 @default.
- W2032958416 cites W1977752303 @default.
- W2032958416 cites W1981648334 @default.
- W2032958416 cites W1982062988 @default.
- W2032958416 cites W1982195929 @default.
- W2032958416 cites W1984579079 @default.
- W2032958416 cites W1991531347 @default.
- W2032958416 cites W1994376567 @default.
- W2032958416 cites W1996235275 @default.
- W2032958416 cites W1996579580 @default.
- W2032958416 cites W1997576429 @default.
- W2032958416 cites W2001431656 @default.
- W2032958416 cites W2003900597 @default.
- W2032958416 cites W2003935561 @default.
- W2032958416 cites W2005736384 @default.
- W2032958416 cites W2007700189 @default.
- W2032958416 cites W2012894184 @default.
- W2032958416 cites W2018458162 @default.
- W2032958416 cites W2020219542 @default.
- W2032958416 cites W2020641707 @default.
- W2032958416 cites W2022105967 @default.
- W2032958416 cites W2025277305 @default.
- W2032958416 cites W2027620021 @default.
- W2032958416 cites W2032898175 @default.
- W2032958416 cites W2033352519 @default.
- W2032958416 cites W2038327969 @default.
- W2032958416 cites W2043696976 @default.
- W2032958416 cites W2044471960 @default.
- W2032958416 cites W2046413099 @default.
- W2032958416 cites W2046568995 @default.
- W2032958416 cites W2050392056 @default.
- W2032958416 cites W2051535459 @default.
- W2032958416 cites W2053291935 @default.
- W2032958416 cites W2062712788 @default.
- W2032958416 cites W2064033605 @default.
- W2032958416 cites W2065279843 @default.
- W2032958416 cites W2066734144 @default.
- W2032958416 cites W2068592875 @default.
- W2032958416 cites W2072995541 @default.
- W2032958416 cites W2074447412 @default.
- W2032958416 cites W2075761452 @default.
- W2032958416 cites W2076446194 @default.
- W2032958416 cites W2078644903 @default.
- W2032958416 cites W2081586150 @default.
- W2032958416 cites W2083130367 @default.
- W2032958416 cites W2083886106 @default.
- W2032958416 cites W2086209713 @default.
- W2032958416 cites W2089828550 @default.
- W2032958416 cites W2092566323 @default.
- W2032958416 cites W2094419769 @default.
- W2032958416 cites W2103606462 @default.
- W2032958416 cites W2104471335 @default.
- W2032958416 cites W2105555716 @default.
- W2032958416 cites W2108032536 @default.
- W2032958416 cites W2108957157 @default.
- W2032958416 cites W2109978198 @default.
- W2032958416 cites W2116729868 @default.
- W2032958416 cites W2120101275 @default.
- W2032958416 cites W2127061564 @default.
- W2032958416 cites W2131422188 @default.
- W2032958416 cites W2138206142 @default.
- W2032958416 cites W2139082828 @default.
- W2032958416 cites W2139960762 @default.
- W2032958416 cites W2140425664 @default.
- W2032958416 cites W2153555417 @default.
- W2032958416 cites W2154903756 @default.
- W2032958416 cites W2156832135 @default.
- W2032958416 cites W2168795429 @default.
- W2032958416 cites W2169944043 @default.
- W2032958416 cites W2319313081 @default.
- W2032958416 cites W2330617438 @default.
- W2032958416 cites W2334206401 @default.
- W2032958416 cites W2586078589 @default.
- W2032958416 cites W286699910 @default.
- W2032958416 cites W3010292040 @default.
- W2032958416 cites W3202068209 @default.
- W2032958416 cites W323536346 @default.
- W2032958416 cites W4240788980 @default.
- W2032958416 cites W4242924307 @default.
- W2032958416 cites W4244287132 @default.
- W2032958416 doi "https://doi.org/10.2514/1.25467" @default.
- W2032958416 hasPublicationYear "2008" @default.
- W2032958416 type Work @default.
- W2032958416 sameAs 2032958416 @default.
- W2032958416 citedByCount "61" @default.
- W2032958416 countsByYear W20329584162012 @default.