ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Kim, Kilwon

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Kim, Kilwon (김길원)

친환경해양개발연구본부

Research Area: 해양에너지 장치 개발, 해양에너지 발전장치 운용최적화, 해양그린수소 생산시스템 통합성능해석, Marine Energy Device Development, Optimize marine energy generator operations, Integrated Performance Analysis of Marine Green Hydrogen Production System

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Oscillating water column:12||Impulse turbine:10||Wave energy:10||Experimental study:7||OWC:6||Wave energy converter:5||Numerical simulation:4||진동수주:3||Numerical Wave Tank:3||Overall performance:2||진동수주형 파력발전장치(Oscillating Water Column Type Wave Power Generator):2||Experimental validation:2||Wave simulator test rig:2||파력 변환:2||CFD:2||Chamberturbine system:2||디지털 트윈(Digital Twin):2||Ringtype:2||Overall efficiency:2||Wave Basin:2||Wave Direction:2||oscillating water column:2||임펄스 터빈:2||Wave Energy:2||Molybdenum:1||Monte Carlo simulation method:1||NiFeLDH:1||Numerical:1||Numerical Wave Tank(수치조파수조):1||Offshore wind power plant:1||Orifice:1||Orifice(오리피스):1||Oscillating Water Column:1||Oscillating Water Column(진동수주):1||Oscillation Water Column Type Wave Power Generator:1||Overtopping performance:1||Oxygen evolution reaction:1||Platform:1||Practical method:1||Pressure Drop:1||Reciprocating flow:1||Regular waves:1||Selfstarting characteristics:1||Selfstarting performance:1||Sensitivity analysis:1||Sinusoidal velocity inletcondition:1||Sweep angle:1||Sweep angletype:1||Tip clearance:1||Torque:1||Torque coefficient:1||Transient numerical model:1||Transient simulation:1||Turbine Effect:1||Turbine efficiency:1||Unsteady performance:1||Unsteady pneumatic performance:1||Wave Energy Conversion:1||Wave Energy Conversion(파력에너지변환):1||Wave energy conversion:1||Wave overtopping:1||Wave simulator:1||Wavetowire model:1||Wells turbine:1||air chamber:1||endplate:1||impulse turbine:1||load control:1||maximum power point control:1||operating performance:1||orifice plate:1||power converter topology:1||power performance:1||pressure drop:1||quasisteady analysis:1||ring:1||torque control coefficient:1||turbine damping effects:1||turbine efficiency:1||wave energy converter:1||뒤젖힘각:1||뒤젖힘각형:1||링형:1||발전기 메타모델(Generator Metamodel):1||방파제:1||비정상상태 성능:1||수치조파수조:1||실시간 물리모델(Realtime Physical Model):1||실시간 통합 유동해석 물리모델(Realtime Integrated Flow Analysis Physical Model):1||실용적 방법:1||임펄스터빈:1||입력계수:1||전산유체역학(Computational Fluid Dynamics:1||조파수조:1||터빈 성능평가용 장치:1||터빈영향:1||터빈효율:1||토크계수:1||파도에너지:1||AQWA:1||파향:1||Airflow rate:1||Alkaline electrolysis:1||Blade setting angle:1||Breakwater:1||CFD model:1||CFD):1||Circular ramp:1||Computational Fluid Dynamics(CFD):1||Converter:1||Economic evaluation:1||Efficiency:1||Flow Control Valve:1||Freespinning mode:1||Fully passive flowdriving numerical model:1||Hydrogen production:1||Input coefficient:1||Integrated System:1||Integrated System(통합시스템):1||Integrated numerical model:1||Irregular wave:1||Irregular waves:1||Levelized cost of hydrogen:1||Modified impulse turbine:1||

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