ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Shin, Seung ho

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Shin, Seung ho (신승호)

친환경해양개발연구본부

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Tel 042-866-3913
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Wave energy converter:10||Wave energy:6||Wave Energy Converter:5||Wave Power Generation:5||CFD:4||Floating wave energy converter:4||Floating pendulum wave energy converter:4||Movable bed experiment(이동상 실험):4||Oscillating water column:4||Offshore structure(외해 구조물):4||Wave Energy:4||Structural analysis:3||Pendulum:3||Wave power generation:3||Model experiment:3||Salter duck 로터:3||Pitch motion:3||Wave Overtopping:3||Wave Overtopping Structure:3||종동요운동:3||파랑에너지:3||Boundary element method:3||파력발전장치:3||Sediment transport pattern(표사이동 양상):2||Sediment transport(표사이동):2||전산유체역학:2||OWEC:2||Finite element method:2||model experiment:2||CADMASSURF:2||Finite element modeling:2||Numerical analysis 수치해석:2||FDM:2||wave energy converter:2||Motion reduction structure:2||wave power:2||Numerical analysis:2||global structural analysis:2||potential flow:2||Model test:2||모형 실험:2||oscillating water column:2||Resonance period:2||Pendulum wave energy converter:2||Safety analysis:2||고유주기:2||Wave overtopping:2||부유식 파력발전장치:2||Beach deformation model(해빈변형모델):2||SWAN(Simulating WAves Nearshore):2||Wave hindcasting:2||폰투운:2||VIV:2||Pontoon:2||Hybrid three dimensional beach deformation model(복합 3차원 해빈변형모델):2||Mooring line design 계류선 설계:2||Fluorescent sand(형광사):2||Typhoon MAEMI:2||Jeju Sea:1||Jeju sea:1||Jeju sea(제주해역):1||Keulegan Carpenter number:1||Kurtosis:1||Linear wave focusing:1||Long term stress distribution:1||Lumped weight 중량체:1||Marine environmental information:1||Mean wave direction(평균 파향):1||Mean wave period(평균 파주기):1||Measuring:1||Microgrid:1||Mildslope:1||Monitoring sensor:1||Mooring line design:1||Mooring line 계류선:1||Mooring system:1||NWT:1||Natural Mode:1||Nonlinear Finite Element Method:1||Nonlinear Schreodinger equatio:1||Nonlinear finite element method:1||Nonlinear wave focusing:1||Nonlinear wave force:1||Nonlinearity:1||Northeast Asian waters:1||Numerical modeling:1||Numerical study:1||OWC (Oscillating Water Column):1||Ocean Energy:1||Ocean Wave Observation:1||Ocean wave:1||Operation system design:1||Oscillating Water Column:1||Overtopping:1||Overtopping discharge:1||PTO System:1||PTO 시스템:1||Peak Pressure:1||Pedulum Wave Energy Conversion:1||Performance:1||Phase angle:1||Plunging Breaking Wave:1||Pneumatic Chamber:1||Pneumatic damping:1||Power Take Off System:1||Power performance:1||Power takeoff:1||Preliminary design:1||Preset angle of blade:1||Pressure Distribution:1||Pretension 초기장력:1||Primary transduction system:1||Ramp:1||Resonator:1||Riser:1||Rotary Vane Pump:1||Rotating shaft member:1||Route planning:1||SWAN Wave Model:1||SWAN(Simulating Waves Nearshore) wave model:1||Safety:1||Safety analysis 안전성해석:1||Safety of structural member:1||Salter Duck Rotor:1||Salter's Duck Rotor:1||Salter's ducktype rotor:1||Salter‘s Duck Rotor:1||Satellite communication:1||Scenario:1||Sea disaster:1||Seasonal Variation:1||Semisubmersible rig:1||Sheltering effect:1||Shortperiod waves:1||Significant wave height:1||Significant wave height(유의파고):1||Simulation:1||Skewness:1||South coast of Korea:1||Spatial wave transfer model:1||Spectral fatigue analysis:1||Spiralreef overtopping device:1||Staggered blade:1||Stormy weather:1||Structural Analysis:1||Substructure:1||Tensioned beam:1||The third generation wave pred:1||Third generation wave model:1||Three dimensional wave overtop:1||Time domain based finite element method:1||Top excitation:1||Torque control:1||Truncated mooring system:1||Tubular Member:1||Tubular connections:1||Ultimate Strength:1||Volume of fluid method:1||Von mises stress:1||Wave Climate:1||Wave Energy Converter with Overtopping Flow Device:1||Wave Energy Density:1||Wave Impact Force:1||Wave Power Distribution:1||Wave Resonance:1||Wave Resource Assessment:1||Wave climate:1||Wave distribution(파랑분포):1||Wave energy absorption:1||Wave energy conversion:1||Wave energy converter (WEC):1||Wave energy converter simulator:1||Wave energy converter 파력에너지 변환 장치:1||Wave energy density:1||Wave load:1||Wave measuring instrument (WMI):1||Wave overtopping control struc:1||Wave overtopping structure:1||Wave power distribution:1||Wave power generating device:1||Wave power matrix:1||Wave resonance:1||Wave runup:1||Wave scatter diagram:1||Wave simulation:1||Wave train:1||Waveinduced motion 파랑운동:1||Weather forecasting:1||Weight and distance 중량 및 간격:1||backbone model:1||bimodal spectrum:1||bimodality index:1||boundary element method:1||capillary pore:1||chamber design:1||chamber interaction:1||chlorideion penetration:1||coexistence:1||equivalent design wave:1||equivalent design wave approach:1||ferrite magnet:1||finite element method:1||finiteelement method (FEM):1||floating pendulum wave energy converter:1||floating wave energy converter:1||global hydrodynamic loads:1||high speed motor:1||hinge:1||hydraulic device:1||hydrodynamic:1||hydrostatic pressure:1||linear decomposition method:1||linear magnetic gear:1||longline:1||lumped model:1||marine concrete:1||marine culture farm:1||model test:1||mooring:1||nemerical analysis:1||nonlinear motion:1||nonlinear pressure drop:1||numerical modeling:1||offshore aquaculture:1||operational algorithm:1||oscillating flow:1||pendulum:1||performance:1||power performance:1||power takeoff force:1||power takeoff system:1||rareearth magnet:1||response analysis:1||response spectrum:1||restoring moment:1||safety of the vessel:1||sea transportation:1||shape of air chamber:1||stress RAO:1||subdomain:1||tidal current:1||torque damping control algorithm:1||towing:1||turbine&#8211:1||unsteady analysis:1||vertical bending moment:1||wave and wind load:1||wave energy conversion:1||wave induced loads:1||wave spectral shape:1||waveoffshore wind hybrid power generation system:1||whipping vibration:1||결합해석모델:1||계류선장력(mooring tension):1||계류시스템:1||계절 변동:1||고유모드:1||고차경계요소법:1||구조해석:1||기후예보:1||등가설계파 기법:1||디지털선박:1||마이크로그리드:1||메타센터높이:1||모형시험:1||방파제 연계:1||부유식 진자형 파력발전장치:1||부유식 파력해상풍력 복합 발전시스템:1||비선형유한요소해석:1||선박 안전:1||시뮬레이션:1||안전성:1||안전성 해석:1||에너지 저장장치:1||예인:1||완경사:1||운동응답(motion reponse):1||운동저감부:1||운용 알고리즘:1||원통부재:1||월류형 파력발전기:1||월파:1||월파구조물:1||월파량:1||월파형 파력발전 장치:1||위성통신:1||응답 스펙트럼:1||응력전달함수:1||작업성(workability):1||전기적 시스템:1||전체구조해석:1||접안(Berthing):1||조류:1||주파수영역해석:1||진동수주:1||진자형 파력발전 장치:1||처오름:1||초기 설계:1||최종강도:1||출력 성능:1||토크 제어:1||파랑 자원 평가:1||파랑 하중:1||파랑에너지 변환장치:1||파랑에너지 부존량(Wave power c:1||파랑에너지밀도 지도(Wave Energ:1||파력:1||파력 및 풍하중:1||파력발전:1||파력발전 모의장치:1||파력발전(Wave Power Generation:1||파후:1||하부구조:1||하이브리드안벽(Hybrid Quay Wal:1||항로계획:1||해상운송:1||해양파 관측:1||3D hydraulic model experiment:1||해양환경정보:1||3D numerical model:1||Air chamber:1||Airflow rate:1||Analytical method:1||Anchorless mooring line 앵커없는 계류선:1||Atiltness:1||BEM 해석법:1||BEM(Boundary Element Method):1||Bending moment:1||Boussinesq wave model:1||Breakwater:1||Breakwater integration:1||Chaguido sea area:1||Computational fluid dynamics:1||Corrected WAM model:1||Corrected WAM model, Wave hind:1||Coupling analysis 연성해석:1||Coupling model:1||Current harmonic:1||Cutcell method:1||Cylindrical pile:1||Design 설계:1||Digital ship:1||Directional irregular wave:1||Directional wave spectrum:1||Eigenvalue:1||Electrical system:1||Energy Absorption Efficiency:1||Energy storage system:1||Extreme value analysis 극한해석:1||Extreme wave:1||Fatigue damage:1||Field observation:1||Fine mesh:1||Finite element analysis:1||Floating:1||Floating Pendulum Wave Energy Converter:1||Floating pendulor 부유식 진자형 장치:1||Floating structure:1||Floating wave energy farm 부유식 파력발전단지:1||Flow chart:1||Focusing wave:1||Frequency Domain Analysis:1||GM:1||Giant wave:1||Grid arrangement of wave direc:1||Guidevane:1||Higherorder boundary element method:1||Higher order boundary element method:1||Higherorder boundary element method(HOBEM) 고차경계요소법:1||Hinge:1||Hydraulic Transmission System:1||Ieodo Ocean Research Station:1||Impulse turbine:1||Inclined Cylinder:1||Inline instability:1||JONSWAP spectrum:1||

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