ScholarWorks@Hanyang University ERICA Campus: Yoon, Jong hun

Detailed Information

Yoon, Jong hun (윤종헌)

ERICA 공학대학 (DEPARTMENT OF MECHANICAL ENGINEERING)

Research Area: 소성가공, 전산역학, 첨단제조, plastic deformation, numerical simulation, advanced manufacturing

Tel 031-400-5255
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Magnesium alloy:11||Microstructure:9||Dynamic recrystallization:7||Twinning:6||Mass attenuation coefficient:6||Tensioncompression asymmetry:6||Magnesium:5||Convolutional neural network:5||Mechanical properties:4||Machine vision:4||AZ80:4||Extrusion:4||Fatigue:4||Texture:4||Anisotropic yield function:4||Color purity:4||Er3+:3||Severe plastic deformation:3||twinning:3||GPagrade steels:3||Deep drawing:3||warm forging:3||FLUKA code:3||Orthotropy:3||Raman spectroscopy:3||B2O3rich glasses:3||Transmission electron microscopy (TEM):3||Charged particles stopping power:3||Mg8Al0.5Zn alloy:3||electrospinning:3||3D printing:3||JuddOfelt analysis:3||Precipitation:3||Automation system:3||Convolution neural network:3||Electrospun nanofiber:3||dynamic recrystallization:3||Warm forging:3||PhyX/PSD software:3||Hot press forming:3||Mechanical traits:3||Edge stretchability:3||Wire harness assembly:3||Luminous efficiency of radiation:3||Local hardening:2||EN253:2||Cellular automata (CA):2||Crash forming:2||Theoretical processes:2||machine vision:2||PhyX/PSD program:2||Geant4:2||Geant4 code:2||Thirdgeneration AHSS:2||Borate glasses:2||Chargetrapping layer:2||Total neutron crosssection:2||Charged particles projected range:2||MCNP5:2||CycleGAN:2||Triboelectric nanogenerator:2||Half channel angular extrusion (HCAE):2||Magnesium alloys:2||Martensite:2||Borotellurite glasses:2||Press blanking:2||Mask RCNN:2||Void growth:2||WAAM:2||Warmforging:2||Welding:2||Hardness:2||Energy transfer:2||WinXCOM:2||DP980:2||Circular tube:2||RGBD image:2||Wrinkling:2||Axial crushing:2||XRD:2||Buckling:2||Evolving anisotropy:2||Radiology:2||Deep learning:2||Cold forging:2||Rolling:2||Zirconium alloys:2||MgAlSnZn alloy:2||Soptical band amplifier:2||MgSnAlZn alloy:2||Mineralization:2||Anisotropy:2||Aluminum alloys:2||Coptical band:2||Hot corrosion:2||Degradation:2||Dendritic growth:2||Differential case:2||Sm3+:2||NIR amplifier:2||Differential scanning calorimetry:2||ATZ842:2||AZ31:2||Directional hardening:2||AZ61:2||computer vision:2||Spinopelvic:2||Fluorescence traits:2||Neutron attenuation:2||Neutron radiation:2||District heating:2||CIE color coordinates:2||Inplane stretching:2||Forgeability:2||edge cracking:2||22MnB5:2||JO analysis:2||3D customization:2||Strainmismatching friction:2||Stress:2||finite element analysis:2||Laser patterning:2||PHITS code:2||Lattice Boltzmann method (LBM):2||hole expansion ratio (HER):2||GPagrade steel:2||Anisotropic strainrate potential:2||Ga2O3B2O3Bi2O3 glass system:2||Penelope:2||EBCHM process:1||EBSD (Electron Backscatter Diffraction):1||ER2319:1||EXTRUSION PARAMETERS:1||Edge crack:1||Elastic features:1||Electron Backscattered Diffraction (EBSD):1||Electron backscatter diffraction:1||Electron backscattered diffraction:1||Electron backscattered diffraction (EBSD):1||Electronic and electrical engineering:1||Er3+:1||Er, Ho: GGG crystal:1||Er, Tm: GGG crystal:1||Eu3+doped fluorotelluroborate glasses:1||Europium doping:1||Extrusion ratio:1||FEM analysis:1||Fast neutron removal crosssections:1||Femur bone:1||Fibre laser:1||Fineblanking process:1||Finite Element Analysis:1||Finite element analysis:1||Finite element analysis (FEA):1||Finite element method:1||Flame retardant magnesium:1||Flexible electronics:1||Flow behavior:1||Fluorescence characteristics:1||Fluorescence features:1||Force:1||Force measurement:1||Forging:1||Formability:1||Forming limit:1||Forward and backward extrusion:1||Fourier transform infrared (FTIR):1||Fracture:1||GTAW(TIG):1||Gait comfort:1||Gamma radiation:1||Gamma rays:1||Gas porosity:1||GeO2Tl2OBi2O3 glass system:1||Gear whine noise:1||Gesture recognition:1||Glass viscosity:1||Grain growth:1||Grain size:1||Greyscale value:1||Half Channel Angular Extrusion (HCAE):1||Halfvalue layer:1||Hardening model:1||Hardwood flooring:1||Helical blade:1||Helical tubes:1||Heterogeneous nucleation of phase transformations:1||Hexagonal closepacked metals:1||Hexagonal closed packed metals:1||Hierarchical patterns:1||High strain rate:1||Highspeed extrusion:1||Highspeed rolling:1||Hightemperature:1||Hill yield criterion:1||Hip fractures:1||Hole expansion ratio (HER):1||Hoop stress:1||Horizontal axis wind turbine:1||Hot cracking:1||Hot deformation:1||Hot rolling:1||Humanmachine interaction:1||Hydride blister:1||Hydrides:1||Hydrogen pickup:1||Hydrophobic:1||Hypoid gear:1||ISO 376:1||Image processing:1||Imaging processing:1||Imprinting:1||Intermetallic layer:1||J–O analysis:1||Judd–Ofelt analysis:1||KS P 8403:1||Kinetics:1||Lanthanum zinc borotellurite glass:1||Laserinduced effects:1||Lean angle:1||Limit dome height:1||Lithium bismuth borate glass:1||Loading direction:1||Local buckling:1||Local formability:1||Lode dependence:1||Looptype wind turbine:1||Lower limbs osteotomy:1||LuYAG phosphor:1||Luminescence:1||Luminescence aspects:1||Luminescence features:1||Luminescence traits:1||MAGNESIUMALLOY:1||MATRIX COMPOSITES:1||MCNPX code:1||MG3AL1ZN:1||Magnesium alloy sheet:1||Martensitic transformation:1||MaskRCNN:1||Material model:1||Mechanical features:1||Mechanical sensor:1||Mechanical stiffness:1||Metals:1||Mg alloy:1||Mg formability:1||Mg3Al1Zn:1||Mg3Al1Zn rolled plate:1||Mg3Al1Zn sheet alloy:1||Mg8 mass % Al0:1||Mg8A10.5Zn:1||MgAlZn alloy:1||Mischmetal:1||Mixed alkali effect:1||Molten pool monitoring:1||MonitoringWeldingWeld porosityMachine learningArc soundFrequency domainWeld plate thickness:1||Multistage crash forming:1||Multicomponent borosilicate glass:1||Multicomponent borotellurite glass:1||Multicomponent tellurite glass:1||NHP:1||NIR lasers:1||NIR spectroscopy:1||NUCLEATION:1||Nanocomposite:1||Nd3+:1||Nearinfrared emission:1||Nearinfrared lasers:1||Necking:1||Oband optical amplifier:1||Ooptical band amplifier:1||Optical and spectroscopic traits:1||Optoelectronic materials:1||Orange LED:1||Orientation imaging microscopy:1||Orthopaedic:1||Osteoporosis:1||Oxide scale:1||PDMS Molding:1||PDMS molding:1||PDMS 몰딩:1||PENELOPE code:1||PLASTICDEFORMATION:1||PSD software:1||Pack rolling:1||ParShield:1||Parallel plate viscometer:1||Partial strengthening:1||Penelope code:1||Phase transformation:1||Photocatalysts:1||Photoluminescence:1||PhyX:1||Physical characteristics:1||Piezoelectricity:1||Planestrain failure:1||Plantema equation:1||Plastic anisotropy:1||Plastic theory:1||Pointing technique:1||Pollution measurement:1||Polyurethane (PU) foam:1||Polyurethane (PUR) foam:1||Polyurethane foam density:1||Pr3+:1||Practical example:1||Prestrain:1||Pretension:1||Precipitate:1||Precipitate hardening:1||Prediction of weldment penetration:1||Process design:1||Processing ma:1||Prosthetic foot:1||Pullout force:1||Pulse sensing:1||Punching:1||Punching pin:1||REFINEMENT:1||RGBD:1||Radiation protection efficiency:1||Radiation shielding:1||Radiation shielding effectiveness:1||Radiative properties:1||Radiographs:1||Recrystallization:1||Ring tensile test:1||Robotic depalletising:1||Rotational viscometer:1||Round tensile bar:1||Sband optical amplifier:1||SS308L:1||Schmid factor:1||Screw:1||Scroll rotor:1||Seat frames:1||Severe plastic deformation (SPD):1||Sheared edge quality:1||Sheet forming:1||Sheet metal forming:1||Sheetbulk metal forming:1||SiO2 glasses:1||SiO2 glasses<:1||Sm3+ ions:1||Small modular reactor:1||Sn addition:1||Solgel:1||Solidification:1||Spallation:1||Specific energy absorption:1||Spondylolisthesis:1||Springback prediction:1||Stainless steel:1||Stainless steels:1||Static axial crushing test:1||Static strength test:1||Sterile environment:1||Stiffness:1||Strain:1||Strain rate hardening:1||Strain rate sensitivity:1||Strainrate hardening:1||Strength differential effect:1||Stress update algorithm:1||Stripping failure:1||Surface hydride:1||Surface ridging:1||Surface roughness:1||Tshape forging:1||T5 heat treatment:1||TA6 V titanium alloy:1||TB340H CP titanium:1||TEM:1||TEMPERATURE:1||TEXTURE:1||Tensile strength:1||Tension and compression asymmetry:1||TensionCompression Asymmetry(압축인장 비대칭):1||TensionCompression asymmetry:1||Test products:1||Theoretical approaches:1||Thermal imaging:1||Thermal neutron absorption crosssections:1||Thermal neutrons total crosssection:1||Thermomechanical flow curve:1||Thick plate:1||Threepointbending test:1||Ti6Al4V:1||Tm3+:1||Tm3+: 1458 nm fluorescence:1||Transducers:1||Transformation plasticity:1||Transmission electron microscopy:1||Transmission error:1||Trimming:1||Trivalent rareearth ions:1||Tubular channel angular extrusion:1||Turbine blade:1||Twinroll casting:1||Two stage blanking:1||Ultrafinegrain (UFG):1||VDA238100:1||VFT equation:1||Visible laser:1||Void volume fraction:1||WLEDs:1||Welding penetration evaluation system:1||Wetting state:1||White LEDs:1||WinXCOMbased PhyX/PSD program:1||Wind energy:1||Wind turbine:1||Wire arc additive manufacturing:1||Wrinkling criterion:1||Xrays:1||YAG:1||Yellow laser crystal:1||Yield ratio:1||Yield ratio (YR):1||Yolov5:1||Zinccoating:1||Zircaloy4:1||Zircaloy4 alloy:1||Zircaloy4 tube:1||Zirconium (Zr) alloy:1||Zirconium hydride:1||ZnO:1||ZnSNb2O5 heterostructure:1||ZnSSnO2 heterostructure:1||Zr hydride:1||acoustic emission:1||active species:1||advanced highstrength steel (AHSS):1||advanced highstrength steels (AHSS):1||alginate:1||aluminium alloy:1||aluminium alloys:1||aluminum evaporation:1||asymmetric rolling process:1||autoencoder:1||auxetic:1||bioprinting:1||bone mineral density:1||box surface segmentation:1||capacity retention.:1||cervical lordosis:1||charge storage:1||composites:1||compression test:1||computer vison:1||conebeam computed tomography:1||control arm:1||convolutional neural network:1||degenerative spinal diseases:1||deltahydride:1||die wear:1||dilatational plasticity:1||edge crack:1||edge stretchability:1||elastoplastic stress integration algorithm:1||electron backscatter diffraction (EBSD):1||electron backscattered diffraction:1||electron backscattering diffraction (EBSD):1||energy generator:1||expandable cages:1||extrusion:1||failure elongation:1||functional layer:1||gammahydride:1||half channel angular extrusion (HCAE):1||helical:1||high strain rate:1||hole expansion test:1||hydrogel:1||image processing:1||image segmentation:1||implicit deformation gradient approach:1||incidence angle of inflection points:1||internal crack:1||intraoral scan:1||laser:1||laser patterning:1||local hardening:1||lumbar interbody fusion:1||lumbar lordosis:1||machine learning:1||magnesium alloy:1||mandibular advancement device:1||material model:1||mechanical:1||mechanical properties:1||metals:1||metrological evaluation:1||microbead:1||microstructural effects:1||microstructure:1||mineralization:1||nanofiber sheet:1||nanoparticle:1||necking:1||neural network applications:1||object detection:1||optimization:1||orthodontics:1||osteoporosis:1||p>:1||pMicrostructure:1||parcel detection:1||pelvic incidence:1||piezoelectric nanofiber:1||piezoelectric system:1||polycrystalline materials:1||porous materials:1||punch load:1||radiographs:1||ratedependent crystal plasticity:1||reinforcements:1||robotic depalletizing:1||sagittal alignment:1||scanning strategies:1||scroll rotor:1||selective laser sintering:1||shearaffected zone:1||sheared edge:1||sheared edge quality:1||sheet metal forming:1||sleepdisordered breathing:1||square ring force transducer (SRFT):1||strain gauge:1||strain rate sensitivity:1||supercapacitor:1||texture analysis:1||thermomechanical flow curve:1||twin induced:1||unloading system:1||vacuum packing:1||wear properties:1||{1012} twin:1||{1012} twinning:1||~2.0 μm emission:1||γ−, α, e−, proton, and neutron radiation:1||γand neutron radiation:1||:1||유한요소해석:1||<:1||/p>:1||2011:1||22MnB5 steel sheet:1||22MnB5 tube:1||3Ca3(PO4)2:1||3point bending:1||3D Printing:1||3D registration:1||3D scanning:1||3D 프린팅:1||453 nm blue laser:1||5 mass % Zn:1||AA5042:1||AA5042H2:1||ANNmodel:1||ARAMIS:1||Abrasive wear:1||Accelerated aging test:1||Acid violet 7:1||Active species:1||Advanced highstrength steels:1||Aging:1||Air layer:1||Al alloy:1||Al6005 alloy:1||Aluminum alloy:1||Amputee:1||Analytic model:1||And Rietveld analysis:1||Anisotropic Coefficient(이방성 계수):1||Anisotropic material:1||Anisotropic plasticity:1||Anisotropic yield criterion:1||Antibacterial activity.:1||Archard model:1||Artificial intelligence:1||Artificial intelligent:1||Artificial neural network:1||Assembling lines:1||Automatic defect inspection:1||Auxetic structure:1||Axial Crushing Test(압괴 시험):1||Axial crash:1||Axial crushing test:1||Axle:1||Bpillar:1||B2O3 glasses:1||B2O3Bi2O3 glass:1||B2O3Bi2O3BaO glass:1||B2O3Bi2O3CaO glass:1||B2O3Bi2O3Li2O glass system:1||B2O3Bi2O3SrO glass:1||B2O3based glasses:1||BaLa2ZnO5:1||Backpressure:1||Barium bismuth borotellurite glass:1||Barium bismuth tellurite glass:1||Basal texture:1||Bending failure:1||Bending procedure:1||Beta titanium:1||Bi2O3B2O3PbO glass system:1||Bimodal structure:1||Binarization:1||Biomedical measurement:1||Biosignal monitoring system:1||Birefringence:1||Blue laser:1||Bone mineral density:1||Box surface segmentation:1||C–optical band:1||Cband optical amplifier:1||Coptical band amplifier:1||CBCT images:1||CIE chromaticity Coordinates:1||CIE chromaticity coordinates:1||CPB06(CazacuPlunkettBarlat Yield Criterion):1||Ca and Gd addition:1||Ca and Y addition:1||Ca10(PO4)6(OH)2:1||Ca19Zn2(PO4)14:1||Casting product:1||Cephalomedullary:1||Chalcogenide glasses:1||Chemical degradation:1||Cladding:1||Cold Metal Transfer:1||Cold forging process:1||Cold rolling:1||Collapse:1||Composite plate:1||Computer tomography (CT):1||Computer vision:1||Concertina mode:1||Constitutive equation:1||Constitutive modeling:1||Contactless:1||Controlarm:1||Correlated color temperature:1||Corrosion:1||Coupled analysis:1||Crack:1||Crossrelaxation:1||Cryogenic treatment:1||Crystal growthCe3+ sensitizationDy ions doped YAG crystalSpectral propertiesYellow green waveband laser:1||Crystallographic orientation:1||Cyclic behavior:1||Cylindrical tube:1||DUCTILITY:1||Damage parameter:1||Decay lifetimes:1||Defect inspection:1||Deflection test:1||Deformation mechanism:1||Deformation twins:1||Diffusion:1||Digital image correlation (DIC):1||Dimensional accuracy:1||Directional solidification:1||Dislocation structure:1||Doubleside welding:1||Dy3+:1||Dy3+/Eu3+:1||Dy3+/Tb3+:1||Dy3+: B2O3Al2O3ZnF2NaFLiF glass:1||Dynamic Recrystallization (DRX):1||E+S+Coptical bands amplifier:1||

STATISTICS: Total View :2,668,800; Today View :2,246

RSS_1.0 RSS_2.0 ATOM_1.0

55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269 sweetbrain@hanyang.ac.kr

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE