ScholarWorks@KOREA RESEARCH INSTITUTE OF SHIPS & OCEAN ENGINEERING: Lee, Jung Hee

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Lee, Jung Hee (이정희)

Eco-friendly Ocean Development Research Division (Offshore Industries R&BD Center)

Research Area: 디지털 트윈 물리모델링, 다물체동역학-CFD 연동해석, 다층단열시스템 열전달 해, Digital Twin Physsical Modeling, FSI analyssis btween Multi-body dyanmics and CFD, Conjugate Heat Transfer of Muilti-layer Insulation System

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전산유체역학(CFD):5||전산유체역학:3||원자력발전소:3||Thermal insulation performance:2||유량계수(Flow Coefficient):2||디지털 트윈(Digital Twin):2||Nuclear Power Plant:2||CFD):2||Hydrogen Embrittlement:2||Computational Fluid Dynamics:2||CFD:2||진동수주형 파력발전장치(Oscillating Water Column Type Wave Power Generator):2||Vaporcooled shield (VCS):2||Liquid hydrogen storage:2||원자력발전소(Nuclear Power Plant):2||Computational fluid dynamics:2||Economic Feasibility:1||Efficiency:1||ElectroChemical Hydrogen Charging Method:1||Electrozinc Plating:1||Flow Coefficient:1||Flow Control Valve:1||Fluid analysis:1||Hydraulic Physical Model:1||Hydraulic System:1||Hydrogen:1||IDEF0:1||LNG 연료공급장치(LNG fuel supply equipment):1||Microballon:1||Nuclear power plant:1||OWC(Oscillating Water Column):1||Orifice Plate:1||Oscillating Body Type Wave Power Generator:1||Oscillation Water Column Type Wave Power Generator:1||Polar Environment System:1||Polar environment system:1||Pressure Drop:1||Property Measurement:1||Recombination:1||Reduction of Area:1||Simulation:1||Steam reforming:1||Structural Analysis:1||Structural Steel:1||Structure analysis:1||Syntactic foam:1||Temperature distribution characteristic:1||Thermal characteristics:1||Thermal deformation.:1||Threedimensional analysis:1||Threshold:1||Torque:1||Valve assembly:1||Valve functional qualification:1||Vent Mast:1||Verticalcavity surfaceemitting lasers (VCSELs):1||Wind Load:1||Wind generator:1||conceptual design:1||gas thermal conductivity:1||hydrogen concentration:1||hydrogen embrittlement:1||hydrogen index:1||liquidhydrogen storage:1||minimum detection concentration:1||movable object type wave power generator:1||prestrain effect:1||reliability assessment:1||secondary energy conversion system:1||system analysis:1||transformationinduced plasticity:1||게이트밸브(gate valve):1||균형글로브밸브(Balanced Globe Valve):1||난류모델(Turbulent model):1||다물리 CAE 해석(Multiphysics CAE Analysis):1||마찰계수(friction coefficient):1||바이패스밸브(Bypass Valve):1||발전기 메타모델(Generator Metamodel):1||밸브(Valve):1||밸브성능평가:1||밸브손실계수(valve loss coefficient):1||밸브조립체:1||벽함수(Wall function):1||부손실(minor loss) 원자력발전소(Nuclear Power Plant):1||선체저항(Ship resistance):1||설계 검증(Design Verification):1||소스공개(Open Source):1||실시간 물리모델(Realtime Physical Model):1||실시간 통합 유동해석 물리모델(Realtime Integrated Flow Analysis Physical Model):1||심해저(Subsea):1||양광펌프(Lift Pump):1||오리피스 플레이트:1||유동차단 및 기능입증(Flow Interruption and Functional Capability):1||유량계수:1||유출계수:1||이중배관(Double wall pipe):1||일차원 시스템 해석:1||전산유체공학(Computational Fluid Dynamics:1||전산유체역학(Computational Fluid Dynamics:1||주손실(major loss):1||평균피토튜브:1||1D system analysis:1||표면거칠기(Surface roughness):1||3 omega method:1||Artificial Snow Removal:1||Artificial icemaking:1||Austenitic Stainless Steel:1||Averaging Pitot Tube:1||CTOD(Crack Tip Opening Displacement) Electrochemical Hydrogen Charging Method:1||Chemical reaction:1||Computational Fluid Dynamics(CFD):1||Computational fluid dynamics (CFD):1||Conceptual Design:1||Concurrent Analysis:1||Constant Temperature and Humidity:1||Digital Model:1||Discharge Coefficient:1||Earthquake Load:1||

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