ScholarWorks@Hanyang University: Han, Seog Young

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Han, Seog Young (한석영)

COLLEGE OF ENGINEERING (SCHOOL OF MECHANICAL ENGINEERING)

Research Area: 구조역학, 파괴역학, 최적설계

Tel 02-2220-0456
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Topology optimization:17||Finite element method:15||Shape optimization:11||Artificial bee colony algorithm:10||Finite  element  method:10||Topology  optimization:8||Deep learning:7||Natural frequency:5||Stochastic search method:5||Artificial  bee  colony  algorithm:4||Harmony  search  algorithm:4||Hyperelastic material:3||Shape  optimization:3||Topology optimization(위상 최적화):3||FSI:3||Kriging Method:3||Hyperelastic:3||Artificial bee colony algorithm (ABCA):3||Computational fluid dynamics (CFD):3||MicroMixer:3||Sensitivity number:3||Ant colony optimization (ACO):3||Dynamic stiffness problem:2||Multiobjective optimization(다중목적 최적화):2||Response surface method (RSM):2||Roulette wheel method:2||Dynamic topology optimization:2||Negative pressure:2||Inner reinforcement of a vehicle’s hood(자동차 후드 보강재):2||Sheath:2||Convolution neural networks:2||microstructure  cell:2||Bidirectional Evolutionary Structural Optimization(양방향 진화적 구조최적화):2||Flexible film crumpling:2||Fluidsolid interaction:2||Lattice Boltzmann Method:2||Optimal Latin Hypercube Design:2||Compliant mechanisms:2||Soft robot:2||s hood:2||ESO(진화적 구조 최적화):2||MLPG:2||Standard response surface method (SRSM):2||Geometrically nonlinear:2||Axiomatic design:2||Stress concentration:2||Airfoil:2||민감도수:2||Checkerboard patteren(체커보드 패턴):2||Meshless method:2||Metaheuristic algorithm:2||Taguchi Method(다구찌법):2||신뢰성기반 위상최적화:2||Design of Experiment(실험계획법):2||MicroMixer(미소혼합기):2||Topology:2||Topological shape optimization:2||Evolutionary Structural Optimization(진화적 구조 최적화):2||Micromanipulator:2||Truss optimization:2||Truss structure:2||Displacement amplifier:2||Twojointed arm model:2||DoubleLoops SingleVector Approach(이중루프단일벡터 방법):2||Harmony search:2||Reliability Index:2||Reliability Index Approach:2||Vformation:2||Vacuum chuck:2||Modified ant colony optimization (MACO):2||Downforce:2||Collagen:2||Morphology:2||Hyperelastic material:2||ReliabilityBased Shape Optimization(신뢰성 기반 형상 최적화):2||ReliabilityBased Topology Optimization:2||Work space:2||Boundary elements:2||Film wrinkling:1||Finite element analysis:1||Finite element analysis (FEA):1||Finite element analysis(유한요소해석):1||Finite element method (FEM):1||Fitness:1||Flapping:1||Fluidstructure interaction (FSI):1||Foldable displays:1||Friction force:1||Frictional force:1||Generative Adversarial Networks (GAN):1||Geometrically nonlinear.:1||Global  optimization:1||Global optimization:1||Goose&apos:1||Goose’s  flapping:1||GrowthStrain Method(성장변형률법):1||Growthstrain method (GSM):1||Harmony  search:1||Harmony rate update rule:1||Harmony search algorithm:1||Harmony search method:1||Hearing impaired people:1||Hyperelastic:1||Imperialist Competitive Algorithm:1||Imperialist competitive algorithm:1||Imperialist competitive algorithmStatic structural problemTopology optimization:1||Induction motor:1||Infill:1||Karman vortex shedding:1||Keyhole  structure:1||Kriging metamodel:1||LBM:1||Lattice Boltzmann methods:1||Level set method (LSM):1||Low speed and pressure:1||MEMS(미세전자기계시스템):1||Machine learning:1||Material  orientation:1||Material mixing method:1||Materially nonlinear:1||Medical suction apparatus:1||Meshless local PetrovGalerkin (MLPG):1||Metaheuristic method:1||Micro milling machine:1||Micromixer:1||Microstructure  cell:1||Modal analysis:1||Modified Ant Colony Algorithm (MACO):1||Modified ant colony algorithm (MACO):1||Molecular  Dynamics:1||Molecular dynamics:1||Molecular mechanics:1||Movable hydraulic crane(이동식 유압 크레인):1||Multiobjective Design Optimization:1||Multiobjective Design Optimization (다목적 설계최적화):1||Multiobjective Design Optimization(다중목적 최적설계):1||Multiobjective design optimization:1||Multilayered graphene sheets:1||Multiobjective optimum design:1||Multiple eigenfrequencies:1||Multiple thermal criteria:1||Nonlinear  structures:1||Nonlinear Structures:1||Nonlinear finite element analysis:1||Nonlinear structural problems:1||Nonlinear structures:1||Nonlinear topology optimization:1||OLHD:1||Optimal Latin Hypercube Sampling:1||Optimal design:1||Optimization(최적화):1||Optimum design:1||Oscillating stirrer:1||Outer panel(외부 판넬):1||PCB substrate:1||Particle deposition:1||Particle method:1||Performance Measure Approach:1||Performance Measure Approach (PMA) (목표성능치 접근법):1||Performance Measure Approach (목표 성능치 접근접):1||Performance Measure Approach(목표성능치 접근법):1||Performance measure approach:1||Plate heat exchanger(판형 열교환기):1||Porous chuck:1||Preprocessing(전처리):1||Prism  rod:1||Prism rods:1||Progressive quadratic response surface modeling (PQRSM):1||Random vibration analysis:1||Rankbased method:1||Rear spoiler:1||Reliability Index Approach (신뢰성 지수 접근법):1||Reliability Index Approach(신뢰성지수):1||Reliability index approach(RIA):1||ReliabilityBase Topology Optimization:1||ReliabilityBase Topology Optimization (신뢰성기반 위상최적화):1||ReliabilityBase Topology Optimization(신뢰성기반 위상최적화):1||ReliabilityBased Shape Optimization(신뢰성 기반 형상 최적설계):1||Reliabilitybase topology optimization (RBTO):1||Reliabilitybased Topology Optimization (신뢰성기반 위상최적화):1||Reliabilitybased Topology Optimization(신뢰성 기반 위상 최적설계):1||Reliabilitybased topology optimization:1||Reliabilitybased topology optimization (RBTO):1||SQP:1||Scroll effect:1||Seal:1||Semisupervised conditional generative adversarial networks:1||Semisupervised generative adversarial networks:1||Sequential Sampling:1||Siloxane coating:1||SingleLoop Single Vector (싱글루프싱글벡터):1||SingleLoop SingleVector Approach(단일루프 단일벡터방법):1||SingleLoop SingleVector Approach(단일루프 단일벡터방법):1||Sirocco fan:1||Slot shape design:1||Smart Thermal Energy Design Platform(STED Platform:1||Soft actuator:1||Soft robot actuator:1||Soft robot simulation:1||Solid isotropic material with penalization (SIMP) method, Static stiffness, Dynamic stiffness:1||Spoiler:1||Static  structural  problem:1||Static stiffness problem:1||Stress  concentration:1||Stressstrain curve:1||Structural optimization:1||Strut(스트럿):1||Suction simulation:1||Sufficient mixing length:1||Taguchi method:1||Tensile behavior:1||Thermophoresis:1||Thinwall soft robot:1||Toughness:1||Tropocollagen:1||Twojointed  arm  model:1||Twopoint bending test:1||Twoway FSI:1||Twoway fluidstructure interaction (FSI):1||Twoway fluidstructure interaction analysis:1||Ultrasound:1||Vehicle&apos:1||Viscoelastic:1||Viscous flow:1||Waggle index:1||Wate:1||Wave propagation:1||Waveform:1||Weibull distribution:1||Wing tip spacing:1||Wing tip spacing (WTS):1||Worm soft robot:1||Wound treatment device:1||Young`s  modulus:1||artificial intelligence:1||carbon fibers:1||collagen:1||constant temperature:1||convolution neural network (CNN):1||crosslink:1||deep learning:1||design of experiment:1||finite element:1||induction motor:1||inner reinforcement of a vehicle&apos:1||lattice Boltzmann method:1||matrix cracking:1||micromixer:1||mixing index:1||molecular dynamics:1||multiobjective optimization:1||natural frequency:1||optimization (BESO):1||response surface methodology:1||robust design:1||s flapping:1||sequential approximate optimization method:1||smoothing scheme:1||static micromixer:1||static stiffness:1||stress concentrations:1||stressstrain curve:1||topology optimization:1||van der Waals interaction:1||viscoelasticity:1||weight reduction(경량화):1||목표성능치 접근법:1||미소혼합기:1||스마트 열에너지 설계 플랫폼):1||신뢰도 지수 접근법:1||신뢰도지수:1||신뢰성 지수 접근법:1||신뢰성지수:1||실험계획법:1||양방향 진화적 구조최적화:1||진화적 구조 최적화:1||3D  Finite  element:1||크리깅기법:1||3D  Unit  cell  model:1||3D structure:1||AdaptivLoop Approach(적응형루프방법):1||AdaptiveLoop Approach(적응형루프 방법):1||AdaptiveLoop(적응형 루프):1||Additive manufacturing:1||Ant  colony  optimization  (ACO)  algorithm:1||Artificial Bee Colony Algorithm (ABCA):1||Artificial intelligence:1||Artificial intelligence(인공지능):1||Baby seat:1||Battery cooling:1||Battery module:1||Bee  colony  optimization:1||Bending:1||Bidirection  evolutionary  structural  optimization:1||Bidirectional Evolutionary Structural Optimization:1||Bidirectional Evolutionary Structural Optimization (양방향 진화적 구조최적화):1||Bidirectional Evolutionary Structural Optimization(양방향 진화적 구조 최적화 기법):1||Bidirectional evolutionary structural:1||Bidirectional evolutionary structural optimization:1||Bidirectional evolutionary structural optimization (BESO):1||Bidirectional Evolutionary Structural Optimization:1||Big  BangBig  Crunch  algorithm  (BBBC):1||Big bangbig crunch (BBBC) algorithm:1||Biot theory:1||Boltnut  connectors:1||Boltnut connectors:1||Booms(붐):1||Boundary  parameterization:1||Boundary element index:1||CFD analysis:1||Cancellous bone:1||Car seat:1||Caudal fin:1||Ceramic porous:1||Chaotic  map:1||Chaotic map:1||Compliant:1||Compliant mechanism:1||Compliant mechanism(컴플라이언트 메커니즘):1||Compliant mechanisms(컴플라이언트 메커니즘):1||Composite materials:1||Composites(복합재):1||Computational  fluid  dynamic  (CFD):1||Computational  fluid  dynamics  (CFD):1||Computational aeroacoustics (CAA):1||Computational fluid mechanics:1||Conditional generative adversarial networks:1||Convergence rate:1||Convolutional neural network:1||Cooling channel design:1||Coupled finite element:1||Deep Q network (DQN):1||Deep learning(딥 러닝):1||Deep neural network:1||Design  modification:1||Design of Experiment:1||Design of experiments (DOE):1||Drone arm:1||Dynamic  topology  optimization:1||Dynamic topology optimization for natural frequencies:1||EFG:1||ESO:1||ESO(진화적 구조 최적화 기법):1||Elastic:1||Elastic constants:1||Elastic modulus:1||Elastic properties:1||Elastomeric seal:1||Electric vehicle:1||Electrophoresis:1||Enamel:1||Evolutionary Structural Optimization:1||Evolutionary algorithm (EA):1||Evolutionary structural optimization(ESO):1||Fatigue:1||

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