Sonic Plane Method

- demo_CJstate2.py

Python program used to generate the sample output described below - Numerical Solution Methods for Shock and Detonation Jump Conditions

Documentation discussing algorithm used for this demo

This second method is based on the fact that the equilibrium sound speed is realized at the sonic point for a CJ detonation. The algorithm is different than the originally developed method which uses a minimization proceedure.

Input Data | |
---|---|

Mixture | Stoichiometric H2/Air 'H2:2 O2:1 N2:3.76' |

Mechanism | h2air_highT.cti |

Initial Pressure | 1 bar = 100000 Pa |

Initial Temperature | 300 K |

Output Data | |

CJ Shock Speed | 1967.85 m/s |

gas object at CJ state |