• Title/Summary/Keyword: Swirl Diffusion Flame

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Reactive Fields Analysis of Hybrid Combustor Under Different Arrangements of Oxidizer Injectors (하이브리드 연소기의 산화제 주입기 배열 특성에 따른 반응유동장 해석)

  • Cho Sung-Chan;Kim Soo-Jong;Lee Seung-Chul;Kim Jin-Kon;Koo Ja-Yae;Moon Hee-Jang
    • Journal of the Korean Society of Propulsion Engineers
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    • v.9 no.2
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    • pp.78-88
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    • 2005
  • The combustion characteristics of End-Burning hybrid combustor using different types of injector system are numerically investigated to visualize the temperature fields in the combustion chamber The basic characteristics of combustion with different O/F ratio is also analyzed in order to capture the main behavior of diffusion flame inside the swirl induced hybrid combustion chamber It was found that the arrangement of oxidizer injectors give strong effect on the temperature field dominating mixing between fuel and oxidizer. The results show that among five different oxidizer injectors arrangement, the counter flow injector has the highest mixing efficiency. However, the observed high wall temperature presence near the oxidizer injectors remains to be solved.