Computations of high enthalpy shock propagation in electric arc shock tube (EAST) at NASA ames

Keyphrases

• Shock Wave Propagation 100%
• High Enthalpy 100%
• NASA Ames 100%
• Electric Arc Shock Tube 100%
• Relaxation Method 50%
• Shock Tube Flow 50%
• Postshock 50%
• Full Matrix Data 50%
• Fluid Dynamics 25%
• Moving Frames 25%
• Shock 25%
• Process Integration 25%
• Reaction Dynamics 25%
• Flow Solver 25%
• Time-accurate 25%
• Numerical Solution 25%
• Computationally Expensive 25%
• Numerical Instability 25%
• Numerical Stability 25%
• Computational Cost 25%
• Linear Systems 25%
• Dynamic Computation 25%
• Mass Diffusion 25%
• Computation Cost 25%
• Flow Physics 25%
• System of Equations 25%
• Non-uniform Grid 25%
• Relaxation Process 25%
• Generalized Minimal Residual (GMRES) 25%
• Entry Condition 25%
• Implicit Information 25%
• Implicit Solver 25%
• Time Integration 25%
• Cold Wall 25%
• Diffusive Flux 25%
• Long Tube 25%
• Strong Discontinuities 25%
• Computational Domain 25%
• Gas Properties 25%
• Off-diagonal 25%
• Linearized System 25%
• High Kinetics 25%
• Shock Front 25%
• Computational Accuracy 25%
• Catalytic Recombination 25%
• Linear System Solver 25%
• Relaxation Matrix 25%
• Moving Frame of Reference 25%
• 2D Axisymmetric Model 25%
• Periodic Tracking 25%
• Electron Density Prediction 25%

Engineering

• NASA 100%
• Electric Arc 100%
• Moving Frame 50%
• Axisymmetric 25%
• Implicit Solver 25%
• Flow Solver 25%
• Cold Wall 25%
• Experimental Observation 25%
• Computational Domain 25%
• Linearized System 25%
• Fluid Dynamics 25%
• Relaxation Process 25%
• Process Integration 25%
• Diffusion Flux 25%
• Strong Discontinuity 25%
• Numerical Solution 25%
• Computational Cost 25%
• Numerical Stability 25%
• Carrier Concentration 25%
• Equation System 25%
• Shock Front 25%
• Fluid Mechanics 25%

Material Science

• Fluid Dynamics 100%
• Carrier Concentration 100%