ScholarWorks@Gachon: Jeong, Jae Ho

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Jeong, Jae Ho (정재호)

Engineering (기계·스마트·산업공학부(기계공학전공))

Research Area: 기계공학

Tel 031-750-5654
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CFD:7||Computational fluid dynamics:6||Blade:4||Wind turbine:4||Sodiumcooled fast reactor:3||블레이드:3||Emulsions:3||Wirewrapped fuel bundle:3||gamma radiation:3||전산유체해석:3||Natural convection:2||gel:2||CFD(전산유체해석):2||hydrogel:2||Viscosity ratio:2||Vortex generator:2||Aerodynamic sensitivity:2||풍력터빈:2||Gamma radiation:2||IVRERVC:2||Wind turbine blade:2||DMAA:2||SFR:2||Large Eddy Simulation:2||CFD (computational fluid dynamics):2||wind turbine blade:2||computational fluid dynamics:2||Computational Fluid Dynamics:2||공역학적 민감도:2||GAN:1||Genetic algorithm:1||HTGR:1||Harness module:1||Heat Exchanger(열교환기):1||High disperse phase flux:1||High production throughput:1||Hydraulic breaker:1||Hydrogel:1||ICE Accretion(결빙):1||IHTS:1||Impact:1||Jet mixing:1||LNG(액화 천연가스):1||Large leaks:1||Large wind turbine:1||Levelized Cost of Energy:1||Local blockage:1||MARSLMR:1||Membrane emulsification:1||Membrane permeation rate:1||Membrane permeation rate (flux):1||Mixed flow pump(사류펌프):1||Modeling:1||Monodispersed:1||Multielement:1||Multielement solution:1||NSC (numerical site calibration):1||Nacelle:1||OER:1||ORR:1||Offshore wind farm:1||Optimal nacelle anemometer layout:1||Optimization:1||PCHE(인쇄 회로 열교환기):1||PGSFR:1||Particle image velocimetry:1||Pectin:1||Premix emulsification:1||Premix membrane emulsification:1||Pressure drop:1||Prototype GenIV Sodiumcooled Fast Reactor (PGSFR):1||RANS:1||RANS (Reynoldsaveraged Navier–Stokes):1||RANS simulation:1||Reactor collant pump(원자로냉각재펌프):1||Renewable Energy:1||Repetitive permeation:1||Response surface method(반응표면기법):1||Root joint:1||STELLA2:1||SWAAMII:1||SWR (SodiumWater Reaction):1||Selective adsorption:1||Selectivity:1||Shirasu porous glass (SPG) membranes:1||Simulation:1||SimulationX:1||Stress connection factor:1||Structural integrity:1||Superabsorbent hydrogel:1||Supervisory control and data acquisition:1||System transient analysis:1||TEG(열전발전):1||Thermal sensitivity:1||Thick airfoil:1||Topology optimization:1||Transient analysis:1||VHTR:1||Verification:1||Vortex core visualization:1||Vortex identification:1||Vortex separation:1||Vortex structure:1||Vortical flows:1||WTG (wind turbine generator):1||Wind turbine rotor blade:1||airfoil:1||biomass:1||centrifugal compressor:1||chemical activation:1||deep learning:1||electrocatalyst:1||energy conversion:1||hierarchical structure:1||imagetoimage translation:1||micropores:1||nonaqueous:1||optimization:1||pix2pix:1||porous Media(다공성 물질):1||porous carbon:1||stall:1||supermicropores:1||superabsorbent:1||surface functionalized:1||swelling:1||template strategy:1||ultramicropores:1||vortex:1||vortex generator:1||· Wind turbine rotor blade · Adhesive bonded joint · Double shear webs · Peel stress · FEM:1||경제성 분석:1||나셀:1||대형풍력발전기:1||루트조인트:1||볼트체결부:1||설계:1||에너지균등화비용:1||연간 에너지 생산량:1||열적 민감도:1||와류발생기:1||응력집중계수:1||풍력 터빈:1||하네스 모듈:1||3D printing:1||해상풍력발전단지:1||AMPSA:1||Adsorption:1||Annual Energy Production:1||Benchmark study:1||Blade passing frequency(깃 통과주파수):1||Blade tip shape optimization:1||Bolted joint:1||CO2 capture:1||CO2RR:1||Complex terrains:1||Composite Material:1||Computational fluid dynamics(전산유체역학):1||Continuous phase viscosity:1||DAM:1||DNN:1||Design:1||Design of experiments(실험계획법):1||Diallyldimethylammonium Chloride:1||Dispersions:1||Economic Analysis:1||Efficiency:1||Flatback airfoil:1||Floating Structures Design:1||Floating Wind Turbines:1||Flow split factor:1||Fluidic diode:1||Friction factor:1||Fuel assembly cladding:1||

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