Assessment of temperature fluctuation models for RANS simulations of hypersonic reacting flows

Physics & Astronomy

• reacting flow 99%
• hypersonics 89%
• probability density functions 32%
• simulation 28%
• chemistry 25%
• interactions 23%
• turbulence 22%
• temperature 21%
• hypersonic boundary layer 21%
• homogeneous turbulence 19%
• isotropic turbulence 18%
• direct numerical simulation 14%
• vehicles 14%
• temperature profiles 14%
• fluid flow 14%
• temperature distribution 11%
• heating 9%

Engineering & Materials Science

• Hypersonic flow 100%
• Turbulence 40%
• Temperature 29%
• Probability density function 28%
• Hypersonic boundary layers 24%
• Direct numerical simulation 18%
• Heating rate 16%
• Flow of fluids 13%
• Temperature distribution 12%

Earth & Environmental Sciences

• turbulence 34%
• simulation 32%
• probability density function 30%
• temperature 27%
• temperature profile 14%
• fluid flow 13%
• vehicle 11%
• boundary layer 11%
• heating 10%
• rate 4%
• effect 3%