One-dimensional modeling methodology for shock tubes: Application to the EAST facility

Keyphrases

• Shock Tube 100%
• Modeling Methodology 100%
• Electric Arc 100%
• One-dimensional Modelling 100%
• Shock 83%
• Scale Factor 50%
• Boundary Layer 50%
• Deceleration 50%
• Source Term 50%
• Radiance 33%
• Electron number Density 33%
• Boundary Layer Growth 33%
• Steady State 16%
• Tube Walls 16%
• Density Increase 16%
• Area Change 16%
• Shock Tube Experiments 16%
• Conservation Equations 16%
• Air Mixture 16%
• Earth Reentry 16%
• Radiative Cooling 16%
• NASA Ames 16%
• Equilibrium Predictions 16%
• Viscous Interaction 16%
• Layer Scale 16%

Engineering

• One Dimensional 100%
• Boundary Layer 100%
• Dimensional Modeling 100%
• Electric Arc 100%
• Source Term 60%
• Good Agreement 40%
• Electron Number 40%
• Number Density 40%
• Scale Factor 40%
• Energy Engineering 20%
• Experimental Result 20%
• Simple Model 20%
• NASA 20%
• Conservation Equation 20%
• Air Mixture 20%
• Scaling Factor 20%
• Test Tube 20%

Physics

• Shock Tubes 100%
• Electric Arc 100%
• Boundary Layer 71%
• Deceleration 42%
• Steady State 14%
• Reentry 14%