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Supplemental
Topic 1
- Combustion overview slides
- Stoichiometry:
- Mixture fraction notes
- Adiabatic flame temperature profiles notes
Topic 2
- Software summary (see supplemental above)
- WGS equilibrium
- Equilibrium criteria
- Element potential method notes
- STANJAN
- Pope 2004 Gibbs function continuation for the stable calculation of chemical equilibrium
- Coal thermodynamics and equilibrium
Topic 3
- Simple reactors notes
- Cantera reactors notes
- PSR code on github, full S-curve
- Notes
- Cantera reactor documentation
- Cantera reactor examples
Topic 4
Topic 5
Topic 6
- Stress
- Index notation
- Discretization
- Numerical derivatives from ChEn 541
- Notes: Euler equations
- Simple 1-D compressible flow solver (Matlab)
Topic 7
- Notes: Pressure
- Notes: Low Mach variable density
- Unsteady, variable density, low Mach algorithm, Saad et al. (2018)
- CFD from scratch
- Notes from ChEn 541: Grid to matrix
- These notes are for an unsteady elliptic problem. Without the time term, we have a Poisson equation. The BTCS section is relevant for setting up an Ax=b system for a PDE on a two-dimensional grid.
Topic 8
- StarCCM+
- Colormaps
Topic 9
- StarCCM+ Simple model 2
- TNF Workshop
- Model friendly jet flame
- Ethylene wall flame
- FDS
- See the FDS Validation Guide
- FM burner experiments
- Sandia methane burner
- Youtube video
- FDS install links
- FDS on github
has the full code and all scripts.
- Use this to get the scripts in <code>Utilities/Python/scrips</code>
- get_var_slice.ipynb
- slread.py
- plot_slice.ipynb
- User guides are also available here.
- Use this to get the scripts in <code>Utilities/Python/scrips</code>
- FDS example problem: fire on a slope
- See the FDS Validation Guide
Topic 10
Topic 11
Topic 13
Topic 14
Topic 15: CMC, transported PDF
- notes
- Klimenko 1999: Conditional moment closure for turbulent combustion
- Haworth 2010: Progress in probability density function methods for turbulent reacting flows
- Pope 1985, PDF methods for turbulent reactive flows
Topic 16: Mixing models
- notes
- pmsr notes
- pmsr.py
- HiPS
- Kerstein 2013: HiPS
- Kerstein 2014: HiPS
- See Pope Turbulent Flows Chapter 12
- See Fox Computational Models for Turbulent Reacting Flows Chapter 6