ScholarWorks@Hanyang University ERICA Campus: Jo, Gwanghyun

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Jo, Gwanghyun (조광현)

ERICA 소프트웨어융합대학 (ERICA 수리데이터사이언스학과)

Research Area: 수치해석, 딥러닝, 전산유체역학, Numerical Analysis, Deep learning, Computational Fluid Dynamics

Tel 031-400-5527
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Immersed finite element method:5||immersed finite element method:3||Deep learning:3||Dynamic mode decomposition:3||Peridynamics:3||Datadriven simulation:2||Machine learning:2||Elliptic equation with interface:2||ResNet:2||역학 모드 분해:2||condition number:2||Algebraic multigrid methods:2||페리다이나믹 해석법:2||Immersed Finite Element Method:2||Agedependent:2||wave decomposition:2||Optimal scalability:2||radial artery pulse waveform:2||데이터 기반 모사:2||CrouzeixRaviart finite element:1||Discontinuous bubble function:1||Discontinuous bubble scheme:1||Discontinuous bubble schemes:1||Elasticity Equation With Interface:1||Elasticity equation:1||Electroglottography:1||Elliptic Interface Problem:1||Elliptic interface problem:1||Enriched Galerkin finite element:1||Error estimates:1||Fashion clothing image classification:1||Finite element method:1||Fractional Laplacian kernel:1||GRU, Artificial neural network:1||Geometric Multigrid:1||Geometric multigrid method:1||Gummel's iteration:1||Haptic:1||Haptic shoes:1||HeleShaw flows:1||Image classification:1||Image inpainting:1||Image segmentation:1||Implicit scheme:1||Interface problem:1||Kapitza thermal resistance:1||KirchhoffLove plate:1||KirchhoffLove 판:1||Kirchhofflove plate:1||Korn's Inequality:1||Korn’s inequality:1||KouhiaStenberg Element:1||KouhiaStenberg element:1||Laplace–Young Condition:1||Large display panel:1||Local velocity recovery:1||Localization:1||Locking Free:1||Locking free:1||Low order finite element:1||Mixed virtual element methods:1||Mixed virtual volume methods:1||Modal analysis:1||Multigrid:1||Nearly Incompressible:1||Nonconforming virtual element methods:1||Particle swarm optimization:1||Physicsinformed neural networks:1||Poisson–boltzmann equation:1||Poisson boltzmann equation:1||PoissonBoltzmann equation:1||PoissonBoltzmannNernstPlanck model:1||Polygonal/polyhedral meshes:1||Preconditioned conjugate gradient molecular dynamics:1||Preconditioner:1||Pulse pressure generator:1||Quasistatic crack propagation:1||Radial artery pressure waveform:1||Radial pulsation simulator:1||Radial pulse pressure waveforms:1||Radial transfer function:1||RadonNikodym property:1||Robotic tonometry system:1||Satellite remote sensing image:1||SemiUniform Grid:1||Sequential analysis:1||Sequentially Linear Analysis:1||Sixaxis displacement sensor:1||Structured grid:1||Tonometric measurement:1||Transfer learning:1||TwoPhase Stokes Problems:1||Twogrid algorithm:1||Uniform grids:1||Uzawa 방법:1||Vcycle:1||Vocal phonation:1||WCycle Convergence:1||XGBoost:1||actuators:1||artificial neural network:1||biomimetics:1||capacitive sensor:1||compact operators:1||compliance device:1||compressed DMD:1||control volume:1||convectiondiffusion problem:1||deep learning:1||dissolved oxygen:1||dry adhesives:1||dual space:1||elasticity problems:1||elliptic equation with interface:1||feature importance:1||flexible electronics:1||fractional laplacian kernel:1||haptics:1||heat transfer:1||hemodynamic:1||hemodynamics:1||heterogeneous materials:1||humanrobot interaction (HRI):1||implicit formulation:1||implicit formulation peridynamics:1||induced charge:1||interface problem:1||intrinsic force sensing:1||magnetorheological fluid:1||medical palpation:1||mr fluid:1||multigrid method.:1||nextgeneration traffic light method:1||nonhomogeneousjump condition:1||nonlocal integral operator:1||preconditioned conjugate gradient:1||pulse pressure waveform:1||radar:1||saddle point problem:1||saddle point 문제:1||sensorized remote center compliance:1||sixaxis force/torque (F/T) sensor:1||sixaxis force/torque sensor:1||structured grids.:1||threeaxis force:1||traction condition:1||traffic signal:1||traffic signal enforcement system:1||upwinding scheme:1||uzawa method:1||virtual reality.:1||wave reflection model:1||경계함유유한요소법:1||균일 격자:1||대수적 다중격자 방법:1||모드 분석:1||분자동역학:1||비국부 적분 연산기:1||순차선형해석 Quasistatic Crack Propagation:1||압축 역학 모드 분해:1||유도전하:1||준정적 균열 전파:1||키르히호프 러프 판:1||3D cam:1||포아즌볼츠만 방정식:1||Augmentation index:1||Auxiliary space preconditioner:1||Axisaugmentation:1||Banach space:1||Biomolecular electrostatics:1||Brittle fracture:1||CNN:1||Cam:1||Canbus:1||Cascadic Multigrid Method:1||Cascadic 다중그리드 기법:1||Composite material:1||Computable L2projection:1||Computational vision:1||Constrained bilateral smoothing:1||Contact location:1||Convolutional neural network (cnn):1||Crouzeix–Raviart Finite Element:1||

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