Collaborative experimental and computational study of a dual-mode scramjet combustor

Physics & Astronomy

• supersonic combustion ramjet engines 100%
• combustion chambers 74%
• computational fluid dynamics 52%
• hardware 43%
• fuel injection 33%
• wall pressure 28%
• hypersonics 27%
• static pressure 27%
• wall temperature 26%
• breathing 25%
• particle image velocimetry 23%
• boundary conditions 16%
• air 13%
• predictions 12%
• lasers 9%
• temperature 6%

Earth & Environmental Sciences

• computational fluid dynamics 70%
• hardware 66%
• inflow 57%
• experimental study 54%
• particle image velocimetry 37%
• comparison 28%
• boundary condition 27%
• combustion 25%
• temperature 25%
• laser 25%
• air 18%
• calculation 18%
• prediction 16%
• experiment 13%
• test 13%

Engineering & Materials Science

• Combustors 68%
• Laser diagnostics 37%
• Computational fluid dynamics 33%
• Computer hardware 26%
• Hypersonic aerodynamics 25%
• Fuel injection 24%
• Velocity measurement 23%
• Temperature 18%
• Imaging techniques 17%
• Boundary conditions 17%
• Air 12%
• Testing 11%
• Hot Temperature 10%
• Experiments 8%