Experimental investigation on the hydro-acoustic characteristics of tandem cylinders with equal diameters

Engineering

• Experimental Investigation 100%
• Sound Pressure Level 100%
• Engineering Application 50%
• Reynolds' Number 50%
• Great Importance 50%
• Offshore Structure 50%
• Peak Value 50%
• Reattachment 50%
• Pipeline System 50%
• Critical Distance 50%
• Peak Frequency 50%
• Substantial Increase 50%
• Flow Regime Transition 50%
• Noise Level 50%

Keyphrases

• Distance Ratio 100%
• Hydroacoustics 100%
• Acoustic Characteristics 100%
• Tandem Cylinders 100%
• Main Peak 50%
• Maximum Sound Pressure Level 33%
• Peak Spectrum 33%
• Engineering Application 16%
• Noise Level 16%
• Reynolds number 16%
• Offshore Structures 16%
• Submarine 16%
• Reattachment 16%
• Noise Reduction 16%
• Pipeline System 16%
• Acoustic Experiment 16%
• Peak Frequency 16%
• Noise Generation Mechanism 16%
• Maritime Applications 16%
• Seabed pipeline 16%
• Separation Regime 16%
• Flow Regime Transition 16%