Add 1D flame driver and remove mixture.py

examples/README.md

@@ -4,18 +4,25 @@ This directory has a collection of examples to demonstrate and test *MIRGE-Com*
 capabilities. All of the example exercise some unique feature of *MIRGE-Com*.
 The examples and the unique features they exercise are as follows:
 
-- `autoignition.py`: Chemistry verification case with Pyrometheus
-- `heat-source.py`: Diffusion operator
+- `wave.py`: Linear wave equation verification case
 - `lump.py`: Lump advection, advection verification case
-- `mixture.py`: Mixture EOS with Pyrometheus
 - `scalar-lump.py`: Scalar component lump advection verification case
-- `pulse.py`: Acoustic pulse in a box, wall boundary test case
-- `sod.py`: Sod's shock case: Fluid test case with strong shock
-- `vortex.py`: Isentropic vortex advection: outflow boundaries, verification
-- `hotplate.py`: Isothermal BC verification (prescribed exact soln)
-- `blasius.py`: Inflow, outflow and no-slip wall BC verification
-- `doublemach.py`: AV test case
+- `scalar-advdiff.py`: Scalar advection-diffusion verification case
 - `poiseuille.py`: Poiseuille flow verification case
 - `poiseuille-multispecies.py`: Poiseuille flow with passive scalars
-- `scalar-advdiff.py`: Scalar advection-diffusion verification case
+- `vortex.py`: Isentropic vortex advection: prescribed boundaries, verification
+- `taylor-green`: Taylor-Green vortex verification case
+- `hotplate.py`: Isothermal BC verification (prescribed exact soln)
+- `blasius.py`: Inflow, outflow and no-slip wall BC verification
+- `pulse.py`: Acoustic pulse in a box, wall boundary test case
+- `pulse-mixture`: Acoustic pulse with mixture EOS and outflow boundaries
+- `sod.py`: Sod's shock tube case: Fluid test case with strong shock
+- `doublemach.py`: AV test case for shock capturing
+- `autoignition.py`: Mixture EOS and chemistry verification case with Pyrometheus
+- `flame1d.py`: Mixture EOS and transport model with Pyrometheus for 1D flame
 - `combozzle.py`: Prediction-relevant testing, kitchen sink, many options
+- `heat-source.py`: Diffusion operator
+- `orthotropic-diffusion.py`: Diffusion operator with orthotropic properties
+- `multiple-volumes`: Demonstrate multiple non-interacting volumes.
+- `thermally-coupled`: Fluid-solid interaction for heat transfer
+- `ablation-workshop`: Verification case for a simplifed AW case 2.1