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The Nusselt number values would be lower for opposed flow than that for assisted flow.
Laminar flame speed, opposed flow diffusion flame speciation profiles, and autoignition are also well-captured by the model.
In particular, the reaction front of the forward (opposed) flow becomes unsteady for lower (higher) heat transfer coefficient.
Results of an experimental study on metal-catalyzed synthesis of carbon tubular nanostructures in opposed flow flame are reported.
In the numerical simulation results, the differentiations of flow and heat transfer performances between two opposed flow directions of fluid in the ACT are comparatively analyzed.
Empirical equations expressing the average Nusselt numbers in terms of Grashof and Reynolds numbers were proposed for both assisted and opposed flow cases.
Similar(17)
A computational model is developed to study flame droplet interactions in non-premixed opposed-flow flames.
The behavior of three candidate progress variables is evaluated using laminar opposed-flow flame calculations.
H2O emission characteristics are examined for a one-dimensional opposed-flow diffusion flame.
In addition, species concentration profiles for n-butanol and n-butane in an opposed-flow diffusion flame are presented.
It is also consistent with experimental observations in opposed-flow flame spread and for attached burner (jet) flames.
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