ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Park, Ji Yong

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Park, Ji Yong (박지용)

친환경해양개발연구본부

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Tel 042-866-3924
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Wave energy converter:4||Wave energy:4||CFD:3||Model experiment:3||Model test:3||Salter duck 로터:3||Floating pendulum wave energy converter:3||종동요운동:3||Pitch motion:3||power performance:2||Boundary element method:2||Oscillating water column:2||Resonance period:2||파랑에너지:2||고유주기:2||Pontoon:2||폰투운:2||Pendulum:2||model experiment:2||wave energy converter:2||Pendulum wave energy converter:2||Motion reduction structure:2||finite element method:2||OWEC:2||모형 실험:2||모형시험:2||Floating wave energy converter:2||oscillating water column:2||Hydraulic Physical Model:1||Hydraulic System:1||Hydrodynamic and structural characteristics:1||Hydrodynamic performance:1||Hydrodynamics:1||Hydrofoil ship:1||IDEF0:1||Increasing Wind Speed Method:1||MMG model:1||Magnet usage:1||Measuring:1||Model Test:1||Model predictive control:1||Monitoring sensor:1||Mooring line design:1||Multiple chamber:1||NWT:1||Neutral point clamped(NPC) inverter:1||Northeast Asian waters:1||Numerical analysis:1||Numerical simulation:1||Numerical wave tank:1||Ocean Wave Observation:1||Operation system design:1||Oscillating Body Type Wave Power Generator:1||PTO System:1||PTO 시스템:1||Passing ship:1||Permanent magnet synchronous generator (PMSG):1||Potential flow:1||Power takeoff:1||Quay:1||RealTime Hybrid Method:1||Realtime hybrid method:1||Safety analysis:1||Salter Duck Rotor:1||Salter's Duck Rotor:1||Salter's ducktype rotor:1||Salter‘s Duck Rotor:1||Scale effect:1||Scenario:1||Seasonal Variation:1||Tensionleg platform:1||Tidal current:1||Timedomain simulation:1||Towed ship 부선:1||Towing stability:1||Towing stability 예인안정성:1||Towing test:1||Towline 예인줄:1||Transportation and installation:1||Turbulent Stimulator Attachment Method:1||Verylarge floating offshore wind turbine:1||Wave Climate:1||Wave Energy:1||Wave Resource Assessment:1||Wave effects:1||Wave energy converter 파력에너지 변환 장치:1||Wave energy converters:1||Wave hindcasting:1||Wave power:1||Wavecurrent interaction:1||Waveinduced motion 파랑운동:1||Waveocean coupled model:1||Windfarm:1||boundary element method:1||chamber interaction:1||coexistence:1||computation reduction:1||computational fluid dynamics:1||conceptual design:1||dynamic analysis:1||dynamic tension:1||extreme wave:1||floating wave energy converter:1||hinge:1||hydraulic device:1||hydrodynamic:1||hydrodynamic load:1||linear decomposition method:1||load control:1||longline:1||lumped model:1||marine culture farm:1||maximum power point control:1||mooring:1||movable object type wave power generator:1||nonlinear motion:1||offshore aquaculture:1||passing ship:1||pendulum:1||performance:1||platform motion:1||potential flow:1||power converter topology:1||power takeoff force:1||power takeoff system:1||preselection:1||reliability assessment:1||restoring moment:1||secondary energy conversion system:1||static analysis:1||system analysis:1||timedomain simulation:1||torque control coefficient:1||torque damping control algorithm:1||turbine efficiency:1||turbine&#8211:1||wave impact:1||계절 변동:1||고차경계요소법:1||난류촉진방법:1||메타센터높이:1||부유식 파력발전장치:1||부유식 해상풍력 시스템:1||부유식 해상풍력발전시스템:1||블레이드 재설계법:1||설계 특성:1||실시간 복합모형시험 기법:1||운동저감부:1||운송 및 설치:1||월파형 파력발전 장치:1||유체역학적 및 구조적 특성:1||인장각형 플랫폼:1||전산유체역학:1||주파수영역해석:1||진자형 파력발전 장치:1||파랑 자원 평가:1||파후:1||풍속증가법:1||3level 4leg:1||해양파 관측:1||Active sonar:1||Airgap:1||Airflow rate:1||Analytical method:1||Barge:1||Barge 바지선:1||Blade Redesign Method:1||Computational Fluid Dynamics:1||Computational fluid dynamics:1||Corrected WAM model:1||Coupling analysis 연성해석:1||Crossflow model:1||Design characteristics:1||Fast ship noise:1||Finite element method:1||Finite element method (FEM):1||Floating Offshore Wind Turbine System:1||Floating offshore wind turbine system:1||Floating pendulor 부유식 진자형 장치:1||Flow chart:1||Flow noise:1||Frequency Domain Analysis:1||Fully nonlinear wave:1||GM:1||Higherorder boundary element method:1||Higherlevel spectral:1||Higherorder boundary element method(HOBEM) 고차경계요소법:1||

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