Experimental estimation of a scaling exponent for tip vortex cavitation via its inception test in full- and model-ship

Journal of Hydrodynamics

Volumn 24, Issue 5, 2012, Pages 658-667

  Lee, Jeung Hoon ^a   Jung, Jae Kwon ^a   Lee, Kyung Jun ^a   Han, Jae Moon ^a   Park, Hyung Gil ^a   Seo, Jong Soo ^a  

^a Samsung Heavy Industries   (South Korea)

Author keywords

scaling exponent; tip vortex cavitation; underwater radiated noise

Indexed keywords

ACOUSTICAL MEASUREMENTS; COMMERCIAL SHIPS; FULL SCALE; INDUCED NOISE; MARINE PROPELLER; MODEL TESTS; NAVAL SHIP; NOISE MEASUREMENTS; POWER EXPONENT; PROPELLER NOISE; RADIATED NOISE; SCALING EXPONENT; SIGNAL PROCESSING TECHNIQUE; TIP VORTEX; TIP VORTEX CAVITATIONS; UNDERWATER SURVEILLANCE; WATER CAVITATION;

ACOUSTIC NOISE; ACOUSTIC NOISE MEASUREMENT; AERODYNAMICS; CAVITATION; ENVIRONMENTAL IMPACT; RESEARCH; REYNOLDS NUMBER; SCALING LAWS; SHIP PROPULSION; SIGNAL PROCESSING; WARSHIPS; WIND TUNNELS;

SHIP MODEL TANKS;

EID: 84868567378     PISSN: 10016058     EISSN: None     Source Type: Journal    
DOI: 10.1016/S1001-6058(11)60289-8     Document Type: Article

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