Prediction of liner cavitation occurrence considering the vibro-acoustic characteristics of engine structure and water coolant passage

Engineering

• Engines 100%
• Water 75%
• Pressure Fluctuation 75%
• Pressure Response 50%
• Surfaces 25%
• Prediction 25%
• Characteristics 25%
• Negative Pressure 25%
• Numerical Model 25%
• Cylinder 25%
• Acoustics 25%
• Coupling Effect 25%
• Internal Combustion Engine 25%
• Acoustic Field 25%
• Sound Speed 25%
• Mutual Interaction 25%
• Cavitation Corrosion 25%
• Saturated Vapor Pressure 25%
• Bubble Cavitation 25%
• Mode Shape 25%
• Rotating Shaft 25%
• Interaction Term 25%
• Implosion 25%
• Excitation Force 25%

Physics

• Engine 100%
• Water Pressure 100%
• Water 75%
• Coolant 75%
• Vibration 50%
• Cavitation Flow 50%
• Pressure 25%
• Boundaries 25%
• Acoustics 25%
• Variations 25%
• Numerical Model 25%
• Dynamic Characteristics 25%
• Internal Combustion Engine 25%
• Implosion 25%
• Structural Acoustics 25%
• Acoustic Coupling 25%