Numerical investigation of laminar cross-flow non-premixed flames in the presence of a bluff-body
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Cites background or methods from "Numerical investigation of laminar ..."
...[24] investigated the characteristics of cross-flow diffusion flames in the presence of a square cylinder bluff body....
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...A C1 mechanism [25] with 18 species and 43 reaction steps is selected for the present study after comparing the predictions of different mechanisms and establishing the adequacy of the C1 mechanism [24]....
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...Details of the solution methodology, reaction mechanism, radiation sub-model, grid discretisation and validation exercise have been reported in a previous work by the authors [24]....
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References
579 citations
"Numerical investigation of laminar ..." refers methods in this paper
...The molecular weights, standard state enthalpies, standard state entropies and Lennard–Jones parameters of all the species are taken from CHEMKIN TM [16]....
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"Numerical investigation of laminar ..." refers methods in this paper
...Therefore, thermal radiation absorbed by CH4, CO2, H2O and CO species are modelled using a radiation sub-model based on the optically thin approximation proposed by Barlow, Karpetis, Frank and Chen [18]....
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...Chen and T’ien [13] studied laminar diffusion flames numerically, using a two-dimensional model and a single-step chemical reaction, over a wide range of Damköhler numbers....
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...The heat loss due to radiation, calculated using Planck’s mean absorption coefficient [18], is accounted for using a source term in the energy equation and implemented in FLUENT R © using a User Defined Function (UDF), which is a C++ program....
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257 citations
"Numerical investigation of laminar ..." refers background in this paper
...Many theoretical and experimental investigations on laminar boundary layer diffusion flames over a flat plate have been reported after Emmons [1] gave a similarity solution for the two-dimensional boundary layer over a flat plate with fuel evaporation, diffusion and reaction [2–6]....
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120 citations