Numerical study of cavitation regimes in flow over a circular cylinder

Keyphrases

• Transition Regime 100%
• Flow over a Circular Cylinder 100%
• Cavitation Regime 100%
• Non-condensable Gas 80%
• Condensation 60%
• Condensation Shock 60%
• Turbulent Regime 40%
• Free Stream 40%
• Vortex Shedding 40%
• Shock 20%
• Mass Transfer 20%
• Numerical Methods 20%
• Cavitation 20%
• Finite Rate 20%
• Multiphase Flow 20%
• Two Dimensional 20%
• Order of Magnitude 20%
• Vortex 20%
• Vorticity 20%
• Laminar Regime 20%
• Frequency Shift 20%
• Dominant Frequency 20%
• Trailing Edge 20%
• Separation Point 20%
• Pressure Ratio 20%
• Cavity Length 20%
• Pressure Fluctuation 20%
• Boundary Layer Separation 20%
• Near Wake 20%
• Dynamic Mode Decomposition 20%
• Turbulent Reynolds number 20%
• Fully Compressible 20%
• Strouhal number 20%
• Vorticity Production 20%
• Vortex Stretching 20%
• Front Propagation 20%
• Homogeneous Mixture Model 20%
• Cavitating Flow 20%
• Cavitation number 20%
• Periodic Vortex Shedding 20%
• Vorticity Transport 20%
• Attached Cavity 20%
• Non-cavitating 20%

Engineering

• Numerical Study 100%
• Circular Cylinder 100%
• Non-Condensable Gas 100%
• Vortex Shedding 75%
• Condensation Shock 75%
• Vorticity 75%
• Vortex 50%
• Free Flow 50%
• Reynolds' Number 25%
• Two Dimensional 25%
• Mass Transfer Rate 25%
• Pressure Fluctuation 25%
• Boundary Layer Separation 25%
• Mode Dynamic 25%
• Cavity Length 25%
• Separation Point 25%
• Cavitation Number 25%
• Numerical Methods 25%
• Trailing Edge 25%
• Pressure Ratio 25%
• Frequency Shift 25%
• Strouhal Number 25%
• Multiphase Flow 25%

Physics

• Condensation 100%
• Noncondensable Gas 66%
• Vorticity 50%
• Vortex Shedding 50%
• Shedding 50%
• Free Flow 33%
• Mathematical Method 16%
• Multiphase Flow 16%
• Supersonics 16%
• Reynolds Number 16%
• Strouhal Number 16%
• Frequency Shift 16%
• Laminar Boundary Layer 16%