Numerical study of cavitating flows in a wide range of water temperatures with special emphasis on two typical cavitation dynamics

Engineering

• Numerical Study 100%
• Temperature Water 100%
• Free-Stream Condition 50%
• Increasing Temperature 33%
• Temperature Drop 33%
• Energy Engineering 16%
• Density Ratio 16%
• Good Agreement 16%
• Numerical Methods 16%
• Pressure Distribution 16%
• Numerical Prediction 16%
• Pressure Fluctuation 16%
• Temperature Distribution 16%
• Angle-of-Attack 16%
• Isothermal 16%
• Experimental Measurement 16%
• Flow Dynamics 16%
• Hydrofoil 16%
• Inflection Point 16%
• Temperature Fluctuation 16%
• Thermodynamic Parameter 16%
• Point Temperature 16%
• Heat Transfer Effect 16%
• Heat Balance 16%

Physics

• Water Temperature 100%
• Free Flow 60%
• Temperature Distribution 20%
• Shedding 20%
• Transport Theory 20%
• Kinetic Energy 20%
• Hydrofoil 20%
• Pressure Distribution 20%
• Mathematical Method 20%
• Angle of Attack 20%
• Turbulence Model 20%
• Heat Balance 20%
• Flow Dynamics 20%