Aerothermodynamic comparison of two-and three-dimensional rarefied hypersonic cavity flows

Engineering

• Aerothermodynamics 100%
• Depth Ratio 100%
• Cavity Flow 100%
• Cavity Width 66%
• Aerospace Vehicle 66%
• Flow Model 33%
• Primary Goal 33%
• Thermal Protection 33%
• Skin-Friction Coefficient 33%
• Direct Simulation 33%
• Hypersonic Flows 33%
• Cavity Length 33%
• Thermal Load 33%
• Smooth Surface 33%
• Aerodynamic Property 33%
• Overprediction 33%
• Continuum Approach 33%
• Navier-Stokes Equation 33%
• Ablation Rate 33%
• Load Calculation 33%
• Fabrication Tolerance 33%
• Thermal protection systems 33%

INIS

• comparative evaluations 100%
• cavities 100%
• length 50%
• surfaces 50%
• depth 50%
• vehicles 50%
• width 33%
• protection 33%
• augmentation 16%
• space 16%
• simulation 16%
• tolerance 16%
• increasing 16%
• fabrication 16%
• skin 16%
• sensitivity 16%
• sensors 16%
• atmospherics 16%
• altitude 16%
• expansion 16%
• monte carlo method 16%
• imperfections 16%
• installation 16%
• ablation 16%
• heat transfer 16%
• plates 16%
• earth atmosphere 16%
• friction factor 16%
• aerodynamics 16%
• navier-stokes equations 16%
• reentry 16%
• hypersonic flow 16%

Keyphrases

• Fabrication Tolerance 33%
• Sensor Installation 33%