Releases: CombustionToolbox/combustion_toolbox
Releases · CombustionToolbox/combustion_toolbox
Combustion Toolbox v0.3.541
Open-access
Combustion Toolbox v0.3.54
Add:
- New funtions to get themo properties from a given mixture (#55)
Combustion Toolbox v0.3.53
Update:
- New routine to solve overdriven detonations (#27)
Add:
- New plots for Chapman-Jouguet detonations and overdriven detonations
- New routine "print mixture properties"
Fixed bugs:
- remove unnecessary functions from routine "closing"
Combustion Toolbox v0.3.51
Fixed:
- Solve: error in compute_guess_det routine
- Solve: detuterium was not included as an element
- Solve: error in generate database routine
Update:
- Update: generate database routine. Now generates a complete DB considering all the species in DB_master
- Add: the aforementioned DB is included as a .mat file
Combustion Toolbox v0.3.5
Add:
- Add: computations for cryogenic liquified species (#34)
- Add: new routine for the guess estimate of the jump conditions in detonations (#31)
- Update: display results routine as in the python version (#42)
- Add: print_convergence function
Fixed:
- Solve: error computations matrix A in equilibrium_ions (#47)
- Solve: error net charge balance is not lower than tolerance (#35)
- Solve: error computing NASA polynomials for T>6000 K (#10)
Validations:
- Validation: internal validation of the results for cryogenic species, shocks and detonations.
Combustion PyToolbox v0.3.45
Add:
- Database for theoretical solution of diatomic shocks
- Routine to generate the aforementioned Database
- Routine to theoretically solve shocks waves with diatomic species considering only the dissociation of this #36
Combustion Toolbox v0.3.4
Add:
- Computations with ideal plasmas (mixtures with ionized species) [#29].
Fixed bugs:
- Error computing theoretical equivalence ratio when a carbon element was not present in the List of Species.
Example:
Figure 1: Hugoniot curves for different molecular gases at pre-shock temperature T1 = 300 K and pressure p1 = 1 atm [numerical results obtained with Combustion Toolbox (lines) and contrasted with NASA’s Chemical Equilibrium with Applications (CEA) code excluding ionization (symbols)].
Combustion Toolbox v0.3.3-beta
Update:
- New routine to resolve Chapman-Jouguet detonations assuming ideal gases (#26). This routine is 100 times faster than the one based on SD-toolbox.
Combustion Toolbox v0.3.3
Update:
- New routine to resolve Chapman-Jouguet detonations assuming ideal gases (#26). This routine is 100 times faster than the one based on SD-toolbox.
- Results are in good agreement with Chemical Equilibrium with Applications (CEA).