Computation of 3D asymmetric crossing shock wave/turbulent boundary layer interaction using a full Reynolds stress equation turbulence model

Physics & Astronomy

• turbulence models 95%
• Reynolds stress 94%
• turbulent boundary layer 90%
• boundary layers 73%
• shock waves 73%
• fins 50%
• wall temperature 49%
• low Reynolds number 46%
• heat transfer coefficients 46%
• factorization 44%
• Navier-Stokes equation 41%
• upstream 40%
• interactions 33%
• heat transfer 32%
• shock 32%
• deviation 30%
• evaluation 26%
• profiles 22%

Earth & Environmental Sciences

• shock wave 100%
• turbulent boundary layer 99%
• heat transfer 74%
• boundary layer 65%
• turbulence 65%
• surface pressure 46%
• Navier-Stokes equations 44%
• Reynolds number 39%
• experiment 33%
• evaluation 20%
• test 16%
• method 9%

Engineering & Materials Science

• Shock waves 95%
• Turbulence models 84%
• Boundary layers 78%
• Plastic flow 45%
• Factorization 42%
• Navier Stokes equations 41%
• Heat transfer coefficients 38%
• Reynolds number 35%
• Experiments 30%
• Heat transfer 28%
• Temperature 16%