Simcenter STAR-CCM+ Example of using the Flamelet Generated Manifold Model for a Lifted Turbulent Flame
2023-11-02T13:26:54.000-0400
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Summary
This example demonstrates the setup of the FGM model to simulate a turbulent, lifted, flame.
Details
This example demonstrates the setup of the FGM model to simulate a turbulent flame that is lifted. Because the flame is not attached at the burner lip, the fuel and air have a chance to partially premix before the flame front. Therefore the FGM model is most appropriate for this application. Some typical post-processing is included in the example sim file. The simulation is 2D axisymmetric.
The example sim file attached is a demonstration and not an endorsement of a best practice. It is provided to showcase the use of simulation features in a given application. Open the file in a software version equal to or newer than the one specified in the Version Applicable field.
See also:
Spotlight On... Reacting Flows
How to Construct a Flamelet Generated Manifold Table?
Boundary Conditions and Initial Conditions for the Flamelet Generated Manifold Model
STAR-CCM+ Documentation sections:
User Guide. >. Modeling Physics. >. Combustion and Other Reacting Flows. >. Flamelet. >. Flamelet Workflow
User Guide. >. Modeling Physics. >. Combustion and Other Reacting Flows. >. Flamelet. >. Flamelet Reference. >. Flamelet Generated Manifold Model Reference
Figure 1: Temperature
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Figure 2: Progress Variable (shows flame is lifted from burner lip)
The example sim file attached is a demonstration and not an endorsement of a best practice. It is provided to showcase the use of simulation features in a given application. Open the file in a software version equal to or newer than the one specified in the Version Applicable field.
See also:
Spotlight On... Reacting Flows
How to Construct a Flamelet Generated Manifold Table?
Boundary Conditions and Initial Conditions for the Flamelet Generated Manifold Model
STAR-CCM+ Documentation sections:
User Guide. >. Modeling Physics. >. Combustion and Other Reacting Flows. >. Flamelet. >. Flamelet Workflow
User Guide. >. Modeling Physics. >. Combustion and Other Reacting Flows. >. Flamelet. >. Flamelet Reference. >. Flamelet Generated Manifold Model Reference