Journal of computational fluids engineering (한국전산유체공학회지)
- Volume 6 Issue 1
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- Pages.47-55
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- 2001
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- 1598-6071(pISSN)
Numerical Simulation of Transient Laminar Reacting Flows Around Fuel Droplets
연료액적 주변의 비정상 층류 화염장 해석
Abstract
The transient laminar reacting flows around fuel droplet have been numerically analyzed. The physical models used in this study can account for the variable thermophysical properties and the chemistry is represent by the one-step global reaction model. The present study is focused on the vaporization and ignition characteristics, flame structure including wake flame, transition flame and envelope flame, and interaction between droplets. Special emphasis is given to the triple flame structure and flame stabilization.
Keywords
- Unsteady Two Phase Reacting Flows;
- Unstructured Grid;
- Fuel Droplet Vaporization;
- Triple Flame;
- Flame Stabilization
- 비정상 이상 연소 유동장;
- 비정렬 격자;
- 연료액적 증발;
- 삼지화염;
- 화염 안정화;