Difference between revisions of "Inputs"
| Line 13: | Line 13: | ||
</code> | </code> | ||
| − | === Premixed flame | + | The detailed chemical scheme contained in "mechanisms" |
| + | |||
| + | <code> | ||
| + | mech_ref = "mechanims/detailed scheme in xml"; | ||
| + | </code> | ||
| + | |||
| + | Finally the reference scheme of the current step, also found in the repertory mechanism, depends on the step, and the mechanism description (doesn't change through the ORCh steps) : | ||
| + | |||
| + | <code> | ||
| + | mech = "mechanims/current chemical scheme in xml"; | ||
| + | mech_desc = "mechanism description"; | ||
| + | </code> | ||
| + | |||
| + | === Premixed flame === | ||
If you want to reduce schemes for premix flames, firstly you will run a flame with the following inputs : | If you want to reduce schemes for premix flames, firstly you will run a flame with the following inputs : | ||
| Line 24: | Line 37: | ||
listFlames.push_back(new PremixedFlames( fuel temperature, oxider temperature, pressure, ratio, Yf, Xf, Yo, Xo, path of the reference flame, path of the new flame)); | listFlames.push_back(new PremixedFlames( fuel temperature, oxider temperature, pressure, ratio, Yf, Xf, Yo, Xo, path of the reference flame, path of the new flame)); | ||
</code> | </code> | ||
| − | |||
| − | |||
In order to converge faster, you have to indicate a reference flame with characteristics close to the ones you want to run | In order to converge faster, you have to indicate a reference flame with characteristics close to the ones you want to run | ||
Revision as of 14:14, 13 March 2017
Every key words are contained in the file "condition.cpp", this is where you specify the characteristics of your flame and the ORCh step you want to run.
First, you choose the studied combustion regime (premixed flame, auto-ignition ou multiple Inlet regime)
configuration = "studied regime";
Then, the ORCh step you want to perform (DRGEP_species, DRGEP_reactions, ComputeTrajectories, computeQSSCriteria, getQSSfile, getQSSfileFORTRAN, Optimisation, or Lumping)
step = "chosen step";
The detailed chemical scheme contained in "mechanisms"
mech_ref = "mechanims/detailed scheme in xml";
Finally the reference scheme of the current step, also found in the repertory mechanism, depends on the step, and the mechanism description (doesn't change through the ORCh steps) :
mech = "mechanims/current chemical scheme in xml";
mech_desc = "mechanism description";
Premixed flame
If you want to reduce schemes for premix flames, firstly you will run a flame with the following inputs :
configuration = "PremixedFlames";
listFlames.push_back(new PremixedFlames( fuel temperature, oxider temperature, pressure, ratio, Yf, Xf, Yo, Xo, path of the reference flame, path of the new flame));
In order to converge faster, you have to indicate a reference flame with characteristics close to the ones you want to run
