메탈화이버 버너의 화염구조 및 공해물질 배출 특성
Numerical study of flame structure and emission characteristics in metal fiber burners
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초록
This study has numerically investigated the flame structure and emission characteristics in the metal fiber burner. The one-dimensional premixed flame approach has been adopted to simulate the combustion processes of the metal fiber burner. Numerical results indicate that the present approach is capable of predicting the essential combustion characteristics of the metal fiber burner. Based on numerical results, the detailed discussion has been made for the effects of equivalence ratio and thermal load on the precise flame structure and the pollutant emission in the metal fiber burner.
Abstract
This study has numerically investigated the flame structure and emission characteristics in the metal fiber burner. The one-dimensional premixed flame approach has been adopted to simulate the combustion processes of the metal fiber burner. Numerical results indicate that the present approach is capable of predicting the essential combustion characteristics of the metal fiber burner. Based on numerical results, the detailed discussion has been made for the effects of equivalence ratio and thermal load on the precise flame structure and the pollutant emission in the metal fiber burner.
참고문헌 (6)
- R. J. Kee, "PREMIX Application User Manual, Release 3.7.1", ~ (2003)
- A Fortran Program for Modeling Steady Laminar One-Dimensional Premixed Flames, "R. J. Kee", Sandia National Laboratory, ~, pp.Report SAND85-8240 (1985)
- "GRI-Mech Version 2.11, 1st release", ~ (1995)
- S. A. Leonardi, "Partially-Premixed Combustion in Porous Radiant Burners", 박사, pp.2000
- M. H. Akbari, "Lean Flammability Limits for Stable Preformance with a Porous Burner", Applied Energy, 86, pp.2635~2643 (2009)
- I. G. Lim, "Numerical Study of Combustion within a Porous Inert Medium Burner", 박사, pp.1992