Keyphrases
Acoustic Analogy
25%
Acoustic Pressure
25%
Acoustic Propagation
25%
Acoustic Sound
25%
Axial Velocity
25%
Computational Fluid Dynamics Modeling
25%
Computational Prediction
100%
Design Criteria
25%
Ffowcs Williams-Hawkings Equation
50%
First Harmonic
25%
Flow Field
25%
Highly Skewed Propeller
50%
Hybrid Method
25%
Hydroacoustics
100%
Hydrodynamic Efficiency
25%
Hydrodynamic Performance
50%
Hydrophone
25%
Indirect Approach
25%
Inlet Conditions
25%
Less Noise
25%
Low Frequency Range
25%
Manufacturing Cost
25%
Marine Industry
25%
Marine Propeller
100%
Near-field
25%
Noise Spectrum
50%
Non-cavitating
50%
Open Water
50%
Propagation Method
25%
Propeller
100%
Propeller-hull Interaction
75%
Propulsion Performance
25%
Propulsive Characteristics
25%
Quasi-continuous
25%
Ship Wake
100%
Sound Pressure Level
50%
Structural Imbalances
25%
Time-dependent Flow
25%
Underwater Noise
25%
Engineering
Acoustic Pressure
14%
Acoustic Propagation
14%
Axial Velocity
14%
Computational Fluid Dynamics
14%
Continuous Method
14%
Design Criterion
14%
Field Data
14%
Flow Distribution
14%
Harmonics
14%
Highly Skewed Propeller
28%
Hybrid Method
14%
Hydrodynamic Performance
28%
Manufacturing Cost
14%
Marine Industry
14%
Marine Propellers
100%
Noise Spectra
28%
Numerical Approach
14%
Open Water
28%
Propeller
100%
Simulation Result
14%
Sound Pressure Level
28%
Structural Deficiency
14%
Theoretical Value
14%