NOISE GENERATION AND PROPAGATION FROM FLAPPING-FOIL THRUSTERS USED FOR MARINE PROPULSION

Keyphrases

• Noise Generation 100%
• Perfectly Matched Layer 100%
• Marine Propulsion 100%
• Flapping-foil Thruster 100%
• Noise Propagation 100%
• Dipole 50%
• Numerical Results 50%
• Numerical Methods 50%
• Finite Element Method 50%
• Scatterer 50%
• Inhomogeneous Media 50%
• Finite Difference Scheme 50%
• Wave Equation 50%
• Space-based 50%
• Bounded Domain 50%
• Free Space 50%
• Field Behavior 50%
• Initial-boundary Value Problem 50%
• Monopole 50%
• Pressure Field 50%
• Flapping Thruster 50%
• Ship Propulsion 50%
• Sea Environment 50%
• Time Harmonic Sources 50%
• 3D Effects 50%
• AUV Propulsion 50%
• Boundary Effect 50%
• Flapping Foil 50%
• Curved Boundary 50%
• Numerical Scheme 50%
• Variable Sound Speed 50%
• Small Ship 50%
• Radiated Fields 50%
• Acoustic Modeling 50%
• Open Boundary 50%
• Free Surface Effect 50%
• Seabed Effect 50%
• Acoustic Waveguide 50%
• BEM Model 50%
• Sound Speed Profile 50%

Engineering

• Thruster 100%
• Harmonics 50%
• Numerical Methods 50%
• Waveguide 50%
• Finite Element Analysis 50%
• Scatterer 50%
• Free Surface 50%
• Boundary Value 50%
• Free Space 50%
• Pressure Distribution 50%
• Autonomous Underwater Vehicle 50%
• Sea Environment 50%
• Numerical Scheme 50%
• Open Boundary 50%
• Sound Speed 50%
• Smaller Ship 50%

Physics

• Perfectly Matched Layer 100%
• Marine Propulsion 100%
• Waveguide 50%
• Harmonics 50%
• Wave Equation 50%
• Finite Element Analysis 50%
• Mathematical Method 50%
• Inhomogeneous Media 50%
• Finite Difference Method 50%
• Boundary Value Problems 50%
• Pressure Distribution 50%
• Acoustics 50%