ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Kim, Kyong-Hwan

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Kim, Kyong-Hwan (김경환)

친환경해양개발연구본부

Research Area: 부유식 해상풍력, 해양에너지(파력발전), 그린수소, Floating Offshore Wind Turbine, Ocean Energy(Wave Energy), Green Hydrogen

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Wave energy converter:15||CFD:9||Model test:7||Analytical method:7||Oscillating water column:6||Wave impact:5||FPSO:5||wave energy converter:5||Semisubmersible:4||Finite element method:4||Impact load:4||파력발전장치:4||Slamming:4||Water impact:4||Breaking wave:4||Floating offshore wind turbine:3||Bow flare:3||전산유체역학:3||computational fluid dynamics:3||진동수주:3||wave impact:3||Computational fluid dynamics:3||Breakwater:3||Floating Offshore Wind Turbine:3||Numerical simulation:3||Ultralarge containership:3||oscillating water column:3||Computational Fluid Dynamics:3||simulation:2||Pressure sensor:2||floating offshore wind turbine system:2||Sensitivity analysis:2||Ship motion:2||global performance:2||Levelized cost of hydrogen:2||Wave Energy Converter:2||Hydrodynamics:2||전력변환장치:2||Liquid hydrogen storage:2||wave energy:2||Slamming load:2||linear magnetic gear:2||wedge drop:2||Floating offshore wind turbine system:2||Wedge drop:2||파력발전기:2||Multiple unit floating offshore wind turbine:2||Impact measurement:2||Coaxial magnetic gear:2||Boundary element method:2||Comparative study:2||MUFOWT:2||numerical modeling:2||Conceptual design:2||Numerical analysis:2||boundary element method:2||FAST:2||모형시험:2||Focusing wave:2||Thermal insulation performance:2||permanent magnet synchronous generator:2||방파제 연계:2||Hybrid Power Generation Platform:2||potential flow:2||core loss:2||Irregular Wave:2||부유식 해상풍력발전시스템:2||power performance:2||Irregular wave:2||Model Test:2||detent force:2||Irregular waves:2||Oscillating Water Column:2||KRISO model test:2||Modeling practice:2||FOWT:2||Hybrid power generation:2||Mooring System:2||semisubmersible:2||Vaporcooled shield (VCS):2||Mooring dynamics:2||Fully coupled analysis:1||Fully nonlinear wave:1||Gear ratio:1||Generators:1||Global  Strength:1||Global Performance:1||Global performance:1||Green hydrogen:1||Green water:1||Green water load:1||Halbach array:1||Heave Motion:1||Heave plates:1||Highspeed safety valve:1||Higherlevel spectral:1||Horizontal slamming:1||Hull dimension optimization:1||Hybrid Power Generation System:1||Hybrid wind wave power generation:1||Hydraulic Physical Model:1||Hydraulic System:1||Hydrodynamic analysis:1||Hydrodynamic and structural characteristics:1||Hydrodynamic performance:1||Hydroelasticity:1||Hydrogen production:1||ICP sensor:1||IDEF0:1||Impact pressure:1||Impact pressure 충격압력:1||Impulse turbine:1||Increasing Wind Speed Method:1||Individual pitch control:1||Inductance:1||Initial  Design  Stage:1||Installation:1||Interaction effect:1||Korean Shipyard:1||LNG CCS:1||LNGC:1||Large Semisubmersible Platform:1||Large containership:1||LargeScale:1||Latching Control:1||Linear damping 선형 감쇠:1||Linear generator:1||Linear magnetic gear:1||Liquid hydrogen FPSO:1||Local force:1||Local force 국부하중:1||Local wave forces:1||Lodal response:1||Long term monitoring:1||Long shortterm memory:1||MOEA:1||Magnet usage:1||Magnetic field calculation:1||Magnetic forces:1||Magnetization pattern:1||Marine concrete:1||Microgrid:1||Mixed gas:1||Model Predictive Current Control:1||Model experiment:1||Model predictive control:1||Molybdenum:1||Monte Carlo simulation method:1||Mooring:1||Mooring Tension:1||Mooring excitation:1||Motion:1||Motion Response:1||Motion reduction device 운동저감장치:1||Multilayer perceptron:1||Multiobjective optimization:1||Multiturbine:1||Multiunit floating offshore wind turbine:1||Multiunit floating offshore wind turbine (MUFOWT):1||Multiunit offshore floating wind turbines (MUFOWT):1||Multiple Wind Turbine Arrangement Design:1||Multiple chamber:1||NWT:1||NavierStokes:1||Negative damping:1||Neutral point clamped(NPC) inverter:1||NiFeLDH:1||Nonlinear drag 비선형 항력:1||Nonlinearities:1||Numerical modeling:1||Numerical wave tank:1||OWC:1||Offshore floating wind turbine:1||Offshore wind power plant:1||Offshore wind turbine deformation:1||Oneway coupling:1||Oscillating Body Type Wave Power Generator:1||Oscillating Water Column(OWC):1||Oscillating water column (OWC):1||Overset grid:1||Oxygen evolution reaction:1||PIPWM:1||PM overhang:1||PTO damping:1||Permanent Magnet Linear Synchronous Generator(PMSG):1||Permanent magnet:1||Permanent magnet generator:1||Permanent magnet linear generator:1||Permanent magnet ratio:1||Permanent magnet synchronous generator:1||Permanent magnet synchronous generator (PMSG):1||Permanent magnet synchronous machine:1||Piezoelectric sensor:1||Piezoresistive sensor:1||Pitch control:1||Pitch controller:1||Plunging wave:1||Plunging waves:1||Point absorber:1||Power Cable:1||Power Conversion System:1||Power Converter:1||Power TakeOff:1||Power cable:1||Power performance:1||Quadratic damping 2차 감쇠:1||Radiated wave:1||Rankine panel method:1||Rated control:1||RealTime Hybrid Method:1||Realtime hybrid method:1||Recurrent neural networks:1||Regular waves:1||Relative wave motion:1||Reluctance magnetic gear:1||Renewable power sources:1||Renewable wind energy:1||Repeated pressure:1||Resonance:1||Ringtype:1||SILbased SIS design:1||SNCurve:1||SN선도:1||Safety:1||Scaling law:1||Scattered wave:1||Semisub:1||Semisubmersible platform:1||Semisubmersible 반잠수식:1||Ship hydroelasticity:1||Ship motions:1||Shipshaped offshore structure:1||Sidewall green water:1||Sidewall green water event:1||Simulation:1||Slamming impact load:1||Sloshing:1||Sloshing experiment:1||Space harmonic method:1||Spectral Fatigue Analysis:1||Spilling wave:1||Spilling waves:1||Springing:1||Square type semisubmersible:1||Steep wave:1||Steep waves:1||Stern:1||Structural analysis:1||Sweep angletype:1||TLP:1||Technoeconomic evaluation:1||Tensionleg platform:1||Thermal shock:1||Threedimensional analysis:1||Time  Domain:1||Time domain:1||Time domain analysis:1||Time domain simulation:1||Topside and hull layout:1||Torque control:1||Total harmonic distortion:1||Transportation and installation:1||Tubular linear synchronous machine:1||Turbine generator rotational speed:1||Turbulent Stimulator Attachment Method:1||Twodimensional finite element analysis:1||Twodimentional finite lelement analysis:1||Uncertainty:1||Vertical cylinder:1||Vertical motion:1||Vertical slamming:1||Verylarge floating offshore wind turbine:1||WEC:1||Wake Interference:1||Water electrolysis:1||Waterentry impact 입수충격:1||Wave elevation:1||Wave energy converter (WEC):1||Wave energy converter simulator:1||Wave impact load:1||Wave load:1||Wave loads:1||Wave power:1||Wave simulator test rig:1||Waveoffshore wind hybrid power generation 파력해상풍력 복합발전:1||Wedge drop 쐐기 낙하:1||Whipping:1||Wind turbine:1||Wind turbine excitation:1||Wind turbine wake:1||Windfarm:1||accuracy:1||analytical solution:1||armature reaction field:1||asymmetric thrust:1||auxiliary teeth:1||chamber design:1||chamber interaction:1||comparative study:1||computation reduction:1||concept design:1||conceptual design:1||coupled dynamics analysis:1||cylindrical structure:1||design criteria:1||digital twin:1||directionality:1||dynamic tension:1||electromagnetic analysis:1||electromagnetic force:1||electromagnetic performance:1||end effect:1||experimental measurements:1||extreme response analysis:1||extreme wave:1||fast Fourier transform:1||ferrite magnet:1||finite element analysis:1||finite element method:1||finite element method (FEM):1||finiteelement method (FEM):1||floating offshore wind turbine:1||floating wave energy converter:1||focusing wave:1||generating performance characteristic:1||heaving point absorber:1||high speed motor:1||horizontal slamming:1||hybrid analysis and modeling:1||hybrid modeling:1||hydraulic device:1||hydrodynamic:1||improved model:1||irregular wave:1||linear decomposition method:1||linear generator:1||linear machines:1||load control:1||magnetic field:1||magneticgeared permanentmagnet machine (MGPMM):1||maximum power point control:1||mechanical stress:1||misalignment:1||motion RAO:1||movable object type wave power generator:1||moving cylinder:1||nonlinear pressure drop:1||notch:1||numerical modelling:1||numerical simulation:1||offshore wind turbine:1||operational algorithm:1||permanent magnet:1||permanent magnet linear synchronous generator:1||permanent magnet linear synchronous machine (PMLSM):1||permanent magnet machines:1||permanent magnet synchronous generator (PMSG):1||platform motion:1||plunging waves:1||potential flow theory:1||power converter topology:1||power takeoff force:1||power takeoff system:1||preselection:1||pressure sensor:1||rareearth magnet:1||reduce order model:1||reliability:1||reliability assessment:1||risk assessment:1||safety instrumented system:1||safety integrity level:1||secondorder effect:1||secondary energy conversion system:1||semi3D techniques:1||semisubmersible:1||ship motion:1||shipsection drop:1||solid desiccant dehydration package system:1||spilling waves:1||squaretype semisubmersible:1||steep waves:1||structural damage:1||structural response:1||subdomain:1||subdomain method:1||system analysis:1||tendon:1||torque control coefficient:1||torque damping control algorithm:1||towerbase pitch moment:1||tubular linear machine:1||turbine efficiency:1||turbine&#8211:1||twodimensional finite element analysis:1||validation:1||vertical slamming:1||wave power generator:1||wave spectral energy:1||개념설계:1||계류 시스템:1||계류 장력:1||고유함수전개법:1||공진:1||구조손상:1||구조응답:1||난류촉진방법:1||날개요소운동량이론:1||노치:1||다수 풍력터빈 배치 설계:1||대형 반잠수식 플랫폼:1||동특성 응답:1||뒤젖힘각형:1||디텐트력:1||래칭제어:1||링형:1||마이크로그리드:1||모델예측전류제어:1||반잠수식 플랫폼:1||발전 특성 해석:1||방사파:1||방파제:1||보조치:1||복합 발전 구조물:1||복합 발전 플랫폼:1||복합발전 시스템:1||부유식 해상풍력 시스템:1||부유식해상풍력발전:1||불연속 공간 변조:1||블레이드 재설계법:1||비례적분제어기 기반 펄스폭 변조:1||산란파:1||상호간섭효과:1||선형 발전기:1||설계 특성:1||설계 하중 조건:1||설계 허용 기준:1||설계파:1||설계피로수명:1||수직운동:1||스케일링법칙:1||스펙트럴 피로해석:1||슬로싱:1||시계열:1||시뮬레이션:1||실린더구조물:1||실시간 복합모형시험 기법:1||안전성:1||액화천연가스 운반선:1||액화천연가스 화물창:1||에너지 저장장치:1||연성해석:1||연속 공간 변조:1||영구자석 선형 발전기:1||영구자석동기발전기:1||운동 응답:1||운송 및 설치:1||운용 알고리즘:1||유체역학적 및 구조적 특성:1||유한요소해석법:1||인장각형 플랫폼:1||인증:1||임펄스 터빈:1||전기적 시스템:1||전선강도:1||주파수계열:1||진동수주형:1||초기설계단계:1||추출파워:1||출력 성능:1||터빈 성능평가용 장치:1||토크 제어:1||파랑 하중:1||파랑충격:1||파력 변환:1||파력발전 모의장치:1||파워추출장치:1||파워케이블:1||풍속증가법:1||피로성능:1||피로손상:1||할박 배열:1||혼합 기체:1||1/50scaled experiment:1||후류 간섭:1||2D wave flume:1||2D wave flume model experiment:1||2D wave flume model test 2차원 조파수조 모형실험:1||2D wave tank test:1||2차원 수조시험:1||3level 4leg:1||Accuracy:1||Aeroelasticcontrolfloatermooring coupling:1||Air bubble:1||Air pocket:1||Airgap:1||Alkaline electrolysis:1||Analytical model:1||Analytical models:1||Analytical solution:1||Armature reaction field:1||Armature reaction filed:1||Asymmetric wedge:1||Asymmetric wedge 비대칭 쐐기:1||Atmospheric dynamics:1||Backbone:1||Blade Element Momentum Theory:1||Blade Redesign Method:1||Boundary element method 경계요소법:1||Bow quartering wave:1||Breakwater Integration:1||Breakwater integration:1||Buckling and strength analysis:1||CFD analysis:1||Certification:1||Chamfering effect:1||Chlorideion penetration:1||Cogging torque:1||Computational fluid dynamics (CFD):1||Conceptual Design:1||Consequent pole magnetic gear:1||Construction:1||Container ships:1||ContinuousSpace vector Pulse width modulation:1||Convolution neural networks:1||Coupled Analysis:1||Coupled analysis:1||Coupled analysis 연성해석:1||Coupled dynamics:1||Coupled dynamics analysis:1||Current harmonic:1||Damping plate:1||Damping plate 감쇠판:1||Deep learning:1||Design Fatigue Life:1||Design characteristics:1||Design criteria:1||Design load case:1||Detent force:1||Direct time integration:1||DiscontinuousPulse width modulation:1||Double sided permanent magnet linear generator:1||Dynamics Response:1||Economic evaluation:1||Eddycurrent loss:1||Eigenfunction expansion method:1||Electrical system:1||Energy storage system:1||Experiment:1||Extracted power:1||FE analysis:1||Fatigue Damage:1||Fatigue Performance:1||Fatigue load:1||Finite element method (FEM):1||Floating Offshore Wind Turbine System:1||Floating platform:1||Floating production storage and offloading:1||Floating structure:1||Floating wind turbine:1||Focused wave:1||Focusing Wave:1||Force characteristic:1||Force conversion:1||Frequency Domain:1||

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