Laminar Flames

    B. L. Approximation:

Laminar flames that are buoyant can be cost effectively modeled using a Boundary Layer approximation.  The advantage of using the boundary layer approximation is that the computation costs are very low.  En’Urga Inc. uses the generalized state relationship for hydrocarbon flames in conjunction with a mixing calculation to predict local gas species concentrations and temperatures

    Elliptic Code:

Laminar flames can also be modeled using elliptic flow solvers. These calculations, in general provide a more accurate description of the flow structure.

 

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