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Cited by 64 publications
(97 citation statements)
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“…Note that since the conditional means 365 are presented as a function of temperature, the shift to unity Lewis number behaviour is compounded by the thickening of the preheat zone presented in section 3.4. We argue that this shift in chemical composition is actually the beginning of the transition to distributed burning (see [15,16,9] and the references therein 370 for a detailed examination of the transition to distributed burning in supernova flames, lean premixed hydrogen, and larger hydrocarbons, respectively; other relevant studies include [21,22,10,11,23,24,25]). Distributed burning is the limiting behaviour when turbulent mixing dominates species and thermal diffusion; all fluid parcels are advected together, and the associated turbulent 375 diffusion dominates the molecular diffusion (and consequentially any changes in equivalence ratio) in this regime.…”
mentioning
confidence: 99%
“…Note that since the conditional means 365 are presented as a function of temperature, the shift to unity Lewis number behaviour is compounded by the thickening of the preheat zone presented in section 3.4. We argue that this shift in chemical composition is actually the beginning of the transition to distributed burning (see [15,16,9] and the references therein 370 for a detailed examination of the transition to distributed burning in supernova flames, lean premixed hydrogen, and larger hydrocarbons, respectively; other relevant studies include [21,22,10,11,23,24,25]). Distributed burning is the limiting behaviour when turbulent mixing dominates species and thermal diffusion; all fluid parcels are advected together, and the associated turbulent 375 diffusion dominates the molecular diffusion (and consequentially any changes in equivalence ratio) in this regime.…”
mentioning
confidence: 99%
“…9,10,12,15 In order to isolate the effects of the flame on the turbulence and to reach high Karlovitz numbers, the DNSs analyzed here were statistically planar and used turbulence forcing to prevent the decay of turbulence. Similar methods have been used in the past to investigate both the dynamics of the flame 12,13,[45][46][47] and small scale turbulence.…”
Section: Turbulence Forcingmentioning
confidence: 99%
“…11,30 Constant non-unity Lewis numbers were employed, 31 and the species Lewis numbers are the same as those listed in the work of Savard and Blanquart. 12 The chemical and transport models were compared against experimental data and numerical results using full transport (mixture-averaged formulation). Good agreement was found for species mass fractions, species chemical source terms, as well as laminar flame speeds across a wide range of equivalence ratios.…”
Section: B Governing Equationsmentioning
confidence: 99%
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