Advances in Combustion Technology

1: Annular Microcombustor and Its Characterization; 2: Inverse Jet Flame Based Swirl Combustor; 3: Burner Technology for Hydrogen Fuel; 4: Flameless Combustion with Liquid Fuels for Ultra-Low Emissions from Combustion Systems; 5: Combustion Aspects of Non-Conventional Reciprocating Internal Combustion Engines; 6: Design of Downdraft Biomass Gasifier Systems and Naturally Aspirated Producer Gas Burners; 7: Trapped Vortex Combustor for Gas Turbine Application; 8: Supersonic Combustion Ramjet Technology; 9: Advances in Gel Propellant Combustion Technology; 10: Development Study of Aluminized Fuel-Rich Propellant

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• Engenharia mecânica
• Termodinâmica aplicada à engenharia
• Engenharia química
• Processos de transmissão de calor
• Matemática aplicada
• Engenharia: geral
• Ciência ambiental, engenharia e tecnologia
• Energia
• Tecnologia aeronaval e aeroespacial

Combustor;Fuel;Gas;Emission;Propellant;Aero Engine;Combustion Chamber;Gas Turbine Combustor;Flame Stability Limit;Global Equivalence Ratio;Swirl Flame;Non-premixed Flame;Equivalence Ratio;HCCI Engine;Flame Blowout;Flame Branch;Flameless Combustion;Visible Flame Height;Moisture Content;Binder Melt;Coaxial Burner;HCCI Combustion;Cavity Flame;Lean Premixed Combustion;HPC Gel;Flight Mach Number;Fuel Mass Flow Rate;Liquid Propellants;Downdraft Gasifiers;Stratified Charge Engine;Scramjet Engine