Fipy and Cantera: Difference between revisions
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where the reaction source terms are computed by Cantera. | where the reaction source terms are computed by Cantera. | ||
[[Fipy and Cantera/0D Reaction]] | A simple transient problem with Fipy: | ||
* [[Fipy/Simple_Transient_Problem]] | |||
Turning the simple transient problem into a reactor model with Fipy and Cantera: | |||
* [[Fipy and Cantera/0D Reaction]] | |||
=1D Diffusion= | =1D Diffusion= | ||
Revision as of 17:42, 13 January 2014
Cantera Evaluation of Properties
Some notes, from an algorithmic perspective, on hooking up Cantera with a finite-volume solver for computing solutions:
Fipy and Cantera/Algorithm Notes
0D Reaction
A Fipy script that will solve an ODE of the form:
$ \frac{d C_j }{dt} = \sum_{i=1}^{N_{rxns}} r_{ij} $
where the reaction source terms are computed by Cantera.
A simple transient problem with Fipy:
Turning the simple transient problem into a reactor model with Fipy and Cantera:
1D Diffusion
A 1D diffusion problem solved by Fipy, with diffusion coefficients computed by Cantera. Illustrates how to solve a variable-diffusivity problem and sweep over the solution.