The OpenSMOKE++ Solvers Project is a collection of numerical solvers built on the top of the OpenSMOKE++ framework. The project is managed by the CRECK Modeling Group at the Department of Chemistry, Materials, and Chemical Engineering of the Politecnico di Milano (Italy).
- CHEMKIN_PreProcessor: kinetic pre-processor based on the CHEMKIN format
- BatchReactor: solution of constant pressure or constant volume batch reactors in isothermal or adiabatic conditions
- PerfectlyStirredReactor: solution of constant pressure or constant volume perfectly stirred reactors in isothermal or adiabatic conditions
- PlugFlowReactor: solution of constant pressure plug flow reactors in isothermal or adiabatic conditions
- RapidCompressionMachine: solution of rapid compression machines for the estimation of ignition delay times
- ShockTubeReactor: solution of shock tube reactors
- OpenSMOKEpp_PartiallyStirredReactor: numerical simulation of partially stirred reactor (via stochastic method)
- CounterFlowFlame1D: numerical simulation of laminar counterflow diffusion flames
- PremixedLaminarFlame1D: numerical simulation of premixed laminar flat flames (burner-stabilized flames and flame speed solver)
- LaminarFlamelets: numerical simulation of non adiabatic steady-state laminar flamelets
- LookUpTables: generation of look-up tables based on laminar flamelets calculated using the
LaminarFlameletssolver - MicrogravityDroplet: numerical simulation of isolated fuel droplets burning in microgravity conditions