ScholarWorks@Gyeongsang National University: Park, Jae Hyun

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Park, Jae Hyun (박재현)

대학원 (기계항공우주공학부)

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Tel 0557721585
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thermal radiation:3||Dielectrophoresis:2||NOx reduction:2||AM (additive manufacturing):2||natural convection:2||3D printing:2||Ballast:1||Brownian motion:1||Budget:1||CFD:1||Center of Gravity:1||Chemical Erosion(화학적 삭마):1||ClausiusMossotti Factor:1||ClausiusMossotti 인자:1||CollisionInduced Erosion (직접타격 삭마):1||Critical Frequency:1||CubeSat:1||CubeSat( ):1||DMLS:1||DMLS (direct metal laser sintering):1||Deformation( ):1||Density functional theory:1||Direct simulation Monte Carlo (DSMC):1||Eddy dissipation model (EDM):1||Electrophoresis:1||Empty Weight:1||Entropy minimization:1||Fatigue analysis:1||Fe matrix composite:1||Fluctuating flow:1||Fluegas internal recirculation (FIR) burner:1||Fuel Consumption Curve:1||Graphite(그래파이트):1||High Temperature Reacting Gas:1||Hydrogen Generator:1||ILS(Integrated Logistics Support):1||IPS(Integrated Product Support):1||Infiltration:1||Integrated Logistics Support:1||Integrated Product Support:1||Interfacial property:1||Kinetic theory:1||LPD(Logistics Product Data):1||LSA(Logistics Support Analysis):1||Logistics Product Data:1||Logistics Support Analysis:1||Low Earth Orbit:1||Machine learning:1||Magnetohydrodynamic (MHD):1||Magnetohydrodynamic flow:1||Mathieu Equation:1||Mathieu 방정식:1||Mechanical Erosion(기계적 삭마):1||Metal 3D Printing 큐브셋 구조해석 응력 변형( 3D ):1||Metal matrix composites (MMCs):1||Mid/largesized combustion system:1||Mission Design:1||Mixed convection:1||Molecular Dissociation(분자해리):1||Molecular Dynamics Simulation (분자동역학시뮬레이션):1||Molecular dipole cavity:1||Molecular dynamics simulations:1||Molecular vibration and rotation:1||Molybdenum:1||Nusselt number:1||Onedimensional Analysis:1||PSA(Product Support Analysis):1||Paul Trap:1||Paul trap:1||Paul 트랩:1||Planar quadrupole electrical trap:1||Positiondependent scaling factor:1||Primary radiation damage:1||Product Support Analysis:1||Quadrupole Trap:1||Random motion:1||Rapid prototyping:1||Rarefied gas dynamics:1||Reentry Vehicle:1||Responding Frequency:1||SLM (selective laser melting):1||Silicon:1||Slip boundary:1||Solid Rocket Motor(고체로켓모터):1||Stability:1||Stress Analysis:1||Stress( ):1||Structure Analysis( ):1||System &:1||System Design:1||Thermal radiationv:1||Titanium carbide:1||Ultralow NOx emission:1||buoyancy:1||carbon nanotube:1||computational fluid dynamics:1||crosslinking:1||electrolyte:1||entropy generation:1||flow unsteadinesss:1||fluegas internal recirculation burner:1||joule heating:1||lightweight:1||micro channel:1||microchannel:1||microchannel:1||mid/largesized combustion system:1||mixed convection:1||nanofluids:1||nanoparticles:1||nbsp:1||nonclassical constitutive laws:1||optimized thermal design:1||phase change:1||quadrupole dielectrohoretic trap:1||random motion:1||rarefaction effects:1||single molecule analysis:1||solidification:1||superstrong:1||temperature control:1||temperature jump:1||thermophoretic force:1||trap stability:1||velocity slip:1||verification:1||yarn:1||고온반응기체:1||군수지원분석:1||군수체계데이터:1||반응주파수:1||사중극자 트랩:1||수소발생기:1||알루미늄물 반응:1||알칼리용액:1||유전영동:1||일차원해석:1||임계주파수:1||재진입 비행체:1||전산유체역학:1||종합군수지원:1||체계지원분석:1||통합체계지원:1||Agglomeration(응집체):1||AlSi10Mg powder:1||Alkali Solution:1||AluminiumWater Reaction:1||Aluminum Particle(알루미늄입자):1||

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