This is a feature request to enable supercritical 1-D flame solutions in Cantera. There have been many such requests/queries brought to the table in the user's forum. Most of the questions have been directed towards modified transport/high-pressure transport along with real gas EOS solutions instead of the ideal gas law for 1-D flame solutions.
This feature could possibly require a complete re-implementation of the 1-D flame. The API could look something like this:
f.solution(eos= 'PR/SRK/Ideal', loglevel=1, ...)
PR- Peng-Robinson
SRK - Soave-Redlich-Kwong
Ideal- Ideal gas EOS
Hello everyone,
This is a feature request to enable supercritical 1-D flame solutions in Cantera. There have been many such requests/queries brought to the table in the user's forum. Most of the questions have been directed towards modified transport/high-pressure transport along with real gas EOS solutions instead of the ideal gas law for 1-D flame solutions.
This feature could possibly require a complete re-implementation of the 1-D flame. The API could look something like this:
PR- Peng-Robinson SRK - Soave-Redlich-Kwong Ideal- Ideal gas EOS
Thanks a lot!