ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Park, Cheol Soo

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Park, Cheol Soo (박철수)

연구전략본부

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Tel 042-866-3465
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Insertion loss:4||SW06:3||Cavitation:3||Acoustic inversion:2||모형시험:2||이상유동(Twophase Flow):2||noise localization:2||Air masker:2||Air bubble:2||Optimization:2||공동:2||Model test:2||지음향학적 인자 역산:2||VFSA:2||Cavitation noise:2||추진기 소음:2||캐비테이션 터널:2||Cavitation tunnel:2||Noise source localization:2||Empirical model:2||Propeller noise:2||Bubble layer:2||Coherent structure:1||Commercial ship:1||Design optimization:1||Effective medium:1||Expanded area ratio(확장 면적비):1||Experimental study:1||Fullscale noise measurement:1||Fullscale noise prediction:1||GA and Powell\\\\:1||Geoacoustic inversion:1||Geoacoustic inversion method:1||Hairpin vortex:1||Highspeed imaging:1||Hydroacoustics:1||Hydrofoil:1||Hydrophone array:1||Induced noise:1||Jet flow velocity:1||LES(Large Eddy Simulation):1||Laser Doppler velocimetry (LDV):1||LifeSaving Appliance (LSA):1||MFP:1||Matched impulse response:1||Mean pitchdiameter ratio(평균 피치비):1||Model Test:1||Multiphase flow:1||Multiphase flow 다상유동:1||Noise measurement:1||Noise reduction:1||Noncavitating noise:1||Noncavitating propeller noise:1||Number of blades(날개수):1||Numerical analysis:1||Ocean surface waves:1||Partial cavity:1||Plate structure:1||Propeller:1||Propeller Noise:1||Propeller cavitation noise:1||Propeller geometry design variables(프로펠러 형상설계 변수):1||Propeller open water efficiency(프로펠러 단독 효율):1||RANS 방정식(RANS Equations):1||RCS:1||Radar Cross Section (RCS):1||Radar reflector:1||Radiation efficiency:1||Rayleigh jet instability:1||Rayleigh 제트 불안정모델:1||Regression analysis:1||Rescue Device:1||SWAMI32:1||Scale effects:1||Scaling law:1||Search and Rescue (SAR):1||Series propeller(계열 프로펠러):1||Shaft inclination:1||Sheet cavity:1||Ship noise:1||Shipping noise regulation:1||Simple approach:1||Spherical shell:1||Stealth design:1||Supercavitation:1||Taguchi method:1||The number of bubbles generated per unit time:1||Tip vortex:1||Tip vortex cavitation:1||Transfer function:1||Tunnel Background noise:1||Turbulence model:1||Turbulent kinetic energy (TKE):1||Twin propeller cavitation noise:1||Twophase flows:1||URN(underwater radiated noise):1||Underwater ship radiated noise:1||VLA:1||VOF법(Volume Of Fluid method):1||Validation test:1||Vortex:1||Vortex 와류:1||Wake flow 후류 유동:1||air injection:1||angle of attack:1||array signal processing:1||backpropagation:1||broadband modeling:1||broadband time signal:1||bubbly flow:1||cavitation tunnel:1||elastic bottom:1||elastic wave propagation:1||geoacoustic inversion:1||highspeed imaging:1||hydrophone array:1||inclined hydrofoil:1||large cavitation tunnel:1||model test:1||multiinput multioutput:1||multistep optimization:1||noise measurement:1||nondimensional analysis:1||propeller cavitation noise:1||ray:1||raybased modeling:1||shallow water acoustic propaga:1||source detection:1||supercavity formation:1||time domain:1||timedomain inversion:1||timedomain modeling:1||underwater acoustics:1||underwater remote sensing:1||ventilation:1||very fast simulated reannealing (VFSR):1||z？ velocity component:1||간이 해석법:1||경계요소법:1||경험적 모델:1||공동 모델:1||공동 소음:1||구형 쉘:1||기포 마스크 벨트(Air bubble masker belt):1||기포 층:1||기포유동(Bubbly flow):1||기포층:1||기포크기 추정모델:1||난류모델:1||난류모델(Turbulence Model):1||다구치 방법:1||방사 효율:1||배열설계:1||버블컬럼(Bubble Column):1||부분 공동:1||분산유동(Dispersed Flow):1||비공동 소음:1||빔형성 기법:1||삽입 손실:1||수직선배열:1||스텔스 설계:1||시간영역:1||쌍축 추진기 캐비테이션 소음:1||에어마스커:1||역전파:1||유체동역학 소음:1||음선모델:1||음원위치추적:1||음향 방사:1||음향구조 완전 연성 해석:1||전구음원:1||전달손실 비교:1||전달함수:1||전산유체역학(CFD):1||정합장처리:1||제트유속:1||지음향학적 역산:1||청음기배열:1||최적화 기법:1||판 구조물:1||프로펠러:1||2006 Shallow Water Experiment:1||형상최적화:1||Acoustic radiation:1||Acoustic signal fluctuation:1||Acousticstructure fullycoupled analysis:1||Air bubble curtain:1||Airbubble injection experiment:1||Array design:1||Axial velocity:1||Backpropagation:1||Beamforming:1||Boundary element method:1||Bubble experiment:1||Bubble noise:1||Bubble size distribution:1||Bubble size estimation model:1||Bubbly flows:1||Cavitating flow 공동유동:1||Cavitation Tunnel:1||Cavitation model:1||Cavitation tunnel noise experiments:1||Cepstrum analysis:1||Cloud cavity:1||

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