Reacting-flow fields
Temperature, velocity, CH₄, O₂, CO₂, and thermal-NO distributions with the reference Fluent scales.
Static temperature
Reference range: 300–2300 KPeak temperature—
Outlet mean temperature—
Peak CO₂ mass fraction—
Peak NO mass fraction—
Model boundary: the dashboard reconstructs smooth fields calibrated to the supplied Fluent contour limits. It supports post-processing demonstrations and qualitative parameter studies. Quantitative design conclusions require the exported CFD solution data and solver setup.
What this project covers
The same engineering field model is implemented in Python, MATLAB, and browser-native JavaScript. This gives one combustion case three practical post-processing routes for research, reporting, and technical communication.
Parametric interpretation
Fuel and air velocity, equivalence ratio, and mixing intensity change the reconstructed jet, flame growth, heat release, and emissions.
Cross-platform post-processing
Matplotlib controls for Python, a MATLAB UI, and a dependency-free HTML dashboard suitable for GitHub Pages.
Reference ANSYS Fluent results
These images are the source for the default field ranges and qualitative flame topology used by the visualization model.