Modeling for Soot Formation Coupled with Detailed Chemistry in Laminar Pressurized Non-premixed Flames

층류 고압 비예혼합 화염에서 상세화학반응과 결합된 매연입자 생성 모델링

In laminar non-premixed flame situation, the flamelet model is not suitable for simulating slow processor like soot and radiation. Thus in this study, we overcome this limitation by using the transient flamelet model. Also, for soot formation on laminar non-premixed flame, transient flamelet coupled with two-equation soot model has been adopted due to its inherent advantages in terms of accuracy and availability. Based on numerical results, the detailed discussion has been made for the precise structure and soot formation processes in the pressurized methane air flames.