Low NOx Gas Turbine Combustion
Low NOx Gas Turbine Combustion
Embedded Files
- NO emission in premixed flames
- Detailed chemical kinetic model
- H2 addition effect on NO formation
- Hydrogen/Ammonia GT
- 탄소중립 고효율 가스터빈 연소기술 에너지혁신연구센터 (2022.4~2027.12, 산업통상자원부/에너지인력양성)
- Hydrogen addition effect on NO formation in methane/air lean-premixed flames at elevated pressure
- Numerical investigation of the hydrogen addition effect on NO formation in ammonia/air premixed flames at elevated pressure using an improved reaction mechanism
- Residual Ammonia Effects on NO Formation in Cracked Ammonia/Air Premixed Flames
Detonation Engine Combustion
Detonation Engine Combustion
- Detonation engine for propulsion
- Liquid fuel detonation combustion
- Pre-detonator DDT visualization
- Rotating Detonation Engine
- 항공우주 추진시스템용 데토네이션 연소기의 개발 및 연구 (2021.9~2023.6, 과학기술정보통신부/국가간협력기반조성)
Purpose-driven Jet Surrogate Fuel Formulation
Purpose-driven Jet Surrogate Fuel Formulation
- Jet surrogate fuel formulation
- Genetic algorithm for Jet surrogate formulation
- Temperature dependent target properties
- Supercritical regenerative cooling application
- 극초음속 항공기 냉각 기술에 적용 가능한 연료 디자인 플랫폼 개발 (2020.6~2023.2, 과학기술정보통신부/개인기초연구)
- Development of jet surrogate fuel formulated by genetic algorithm
- Distinct roles of critical pressure and temperature in supercritical heat transfer of binary hydrocarbon mixtures for regenerative cooling
- Development of RP-3 Surrogate Fuels via Multi-Objective Genetic Algorithm for Regenerative Cooling CFD with Supercritical Property Fidelity
ETC
ETC
- High efficiency industrial burner
친환경 대체연료 기반 전기로 고속용해用 화학에너지 투입 기술 개발 (2022.4~2025.5, 현대제철)
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