Numerical investigation of partial cavitation regimes over a wedge using large eddy simulation

Keyphrases

• Large Eddy Simulation 100%
• Numerical Investigation 100%
• Cavitation Regime 100%
• Partial Cavitation 100%
• Re-entrant Jet 80%
• Shock Wave Propagation 60%
• Shock Waves 60%
• Periodic Regime 60%
• Transitory Regime 60%
• Shear Layer 40%
• Cavity Closure 40%
• Shock 20%
• Mass Transfer 20%
• Cavitation 20%
• Complex Interactions 20%
• Finite Rate 20%
• Impingement 20%
• Flow Velocity 20%
• Speed of Sound 20%
• Spanwise Vortex 20%
• Compressibility 20%
• Low Pressure 20%
• Physical Mechanism 20%
• Large Region 20%
• Induced Pressure 20%
• Pressure Wave 20%
• Qualitative Characteristics 20%
• Void Fraction 20%
• X-ray Densitometry 20%
• Wave Propagation Speed 20%
• Reduced Velocity 20%
• Adverse Pressure Gradient 20%
• Sharp Wedge 20%
• Homogeneous Mixture Model 20%
• Vapor Volume Fraction 20%
• Closure Region 20%
• Pressure Recovery 20%
• Shedding Frequency 20%
• Supersonic Mach number 20%

Engineering

• Entrant Jet 100%
• Periodic Regime 75%
• Shear Layer 50%
• Mach Number 25%
• Good Agreement 25%
• Simulation Result 25%
• Mass Transfer Rate 25%
• Vortex 25%
• Propagation Speed 25%
• Numerical Approach 25%
• Adverse Pressure Gradient 25%
• Shedding Frequency 25%
• Compressibility 25%
• Pressure Recovery 25%
• Respective Regime 25%
• Flow Velocity 25%
• Porosity 25%
• Elastic Wave 25%