Finally, technology allows me to turn the study notes into digestible posts that serve me as short reminders of the materials I’ve gone through over all these detailed courses. It’s an archive of materials I studied with the LLM, condensed into digestible chunks.
Integrated engineering notes on turbulent premixed combustion covering combustion regimes, turbulent flame speed, progress-variable and G-equation models, flame surface density approaches, flamelet-generated manifolds, and swirl-stabilized combustor physics.
Concise study notes on turbulent non-premixed combustion covering mixture fraction modeling, PDF methods, combustion regimes, and practical CFD approaches including equilibrium, EDM, and flamelet models.
Compact engineering notes on turbulent combustion covering turbulence–chemistry interaction, Damköhler regimes, DNS/RANS/LES modeling, Favre averaging, and PDF-based approaches for realistic CFD simulations
Integrated engineering notes on multiphase combustion covering spray combustion, coal combustion, DPM modeling, pollutant formation, NOx mechanisms, radiation effects, and SCR emission-control systems used in industrial CFD simulations.