Numerical simulation of cavitating ship propeller flow and assessment of erosion aggressiveness

Keyphrases

• Aggressiveness 100%
• Automatic Recording 33%
• Barotropic 33%
• Cavitating 100%
• Cavitation 100%
• Cavity Collapse 33%
• Collapse Accident 66%
• Collapse Detection 33%
• Compressibility 33%
• Density-based 33%
• Detection Algorithm 33%
• Finite Volume Method 33%
• Homogeneous Mixture Model 33%
• Impact Load 33%
• Instantaneous Pressure 33%
• Intensity Distribution 33%
• Load Spectrum 33%
• Material Erosion 33%
• Numerical Simulation 100%
• Peak Pressure 33%
• Propeller 33%
• Propeller Flow 100%
• Propeller Materials 33%
• Qualitative Identification 33%
• Quantitative Evaluation 33%
• Rate Distribution 33%
• Root Region 33%
• Ship Propeller 100%
• Suction Side 33%
• Surface Material 33%
• Tip Vortex 33%
• Wave Dynamics 33%

Engineering

• Cavity Collapse 50%
• Compressibility 50%
• Computer Simulation 100%
• Detection Algorithm 50%
• Finite Volume Method 50%
• Impact Loads 50%
• Material Erosion 50%
• Material Surface 50%
• Model Propeller 50%
• Peak Pressure 50%
• Propeller Material 50%
• Quantitative Evaluation 50%
• Root Region 50%
• Ship Propellers 100%
• Suction Side 50%
• Vortex 50%