ScholarWorks@Hanyang University ERICA Campus: Choi, Joonmyung

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Choi, Joonmyung (최준명)

ERICA 공학대학 (DEPARTMENT OF MECHANICAL ENGINEERING)

Research Area: 기계공학, 구조역학, Mechanical Engineering, Structural Mechanics

Tel 031-400-5243
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Molecular dynamics simulation:13||Nanocomposites:7||Multiscale modeling:6||Molecular dynamics:5||molecular dynamics simulation:5||molecular dynamics:5||Carbon nanotube:4||Li metal anodes:3||Interphase:3||Interface:3||dendrites:3||density functional theory:3||Mechanical property:3||nanocomposites:3||SDG7: Affordable and clean energy:2||Azobenzene:2||Nano composites:2||Curvature effect:2||Nanocomposite:2||hydrothermal synthesis:2||carbon nanotubes:2||single atom catalysts:2||size effect:2||soft robots:2||A. Polymermatrix composites (PMCs):2||line edge roughness:2||cellulose templates:2||chemical amplification:2||Smart materials:2||lithography:2||cobaltdoped vanadium oxides:2||Nanomaterial:2||crack&:2||Structural properties:2||Molecular dynamics simulations:2||zinc–air battery:2||mechanical seeds:2||D. Mechanical testing:2||Surface energy:2||#8208:2||Size effect:2||multiscale analysis:2||Carbon nanotubes:2||Crosslink conversion:2||Ionic gel polymer electrolyte (IGPE)Molecular dynamic simulationReversible reactionmicrosupercapacitor (MSC)Ultrastable lifetime:2||oxide supports:2||oxygen evolution reaction:2||energy harvesting:2||PeakForce Quantitative Nanomechanical:2||Mechanical properties:2||photochemistry:2||Multiscale:2||Multiscale analysis:2||photoresist:2||Hamiltonian particle dynamics:1||Heterooxides:1||Hierarchically porous structure:1||High ionic conductivity:1||Highlydurablecompositemembrane:1||Hydrated structure:1||Inflight particle:1||Inplane thermal conductivity:1||Interfacial shear strength:1||Interpenetrating polymer network:1||Interstitial sites:1||Isomerization:1||LIGHT:1||Liquid crystal network:1||Liquid crystalline elastomer:1||Liquid crystalline polymer:1||Load transfer:1||Lowhydrogencrossover:1||MECHANISM:1||Mechanical Properties:1||Mechanical behaviors:1||Micromechanics:1||Microstructure:1||Molecular Dynamics:1||Molecular knots:1||Moleculardynamics simulations:1||Monocrystalline silicon film:1||Multi walled carbon nanotube bundle:1||Multiwalled carbon nanotube yarn:1||Multiwalled carbon nanotubes:1||Multibody interatomic potential:1||Multilevel coarsegraining:1||Multiphysics:1||Multiscale modeling C:1||Multiscale simulation:1||Nano composites A:1||Nanocontact:1||Nanoindentation:1||NanomaterialsEnergy Density:1||Nanoscratch:1||Nematic solids:1||Nodal energy transfer:1||Optical materials:1||Optical textures:1||Oxide structure:1||PEDOTcoated carbon nanotube sheets:1||PMMA:1||POSS:1||Phase transition:1||Photo deformation:1||Photoactuator:1||Photomechanics:1||Photoresist:1||Photothermal reaction:1||Plasma spray coating:1||Plasticity:1||Polydimethylsiloxane:1||Polyimide:1||Polymer:1||Polymer Nanocomposites:1||Polymer deformation:1||Polymer patterning:1||Polymermatrix composites (PMCs) A:1||Polymerelectrolytemembranefuelcells:1||Pore:1||Primary shell structure:1||Pseudo catalyst:1||Pullout test:1||Pyrolysis:1||PyrolysisMolecular vibrationThermodynamicsPolyhedral oligomeric silsesquioxaneMultiscale analysis:1||QUANTUM:1||Quasistatic:1||RANGE:1||Reactive molecular dynamics simulation:1||Representative volumetric element:1||STATES:1||STIRAP:1||Selective laser sintering:1||Selffolding structure:1||Semicrystalline polymerCarbon nanotubeCrystallizationInterfacial property:1||Shape memory epoxy:1||Shape memory polymer:1||Shear Modulus:1||Silver nanowire:1||Splat morphology:1||Structural deformation:1||Subcontinuum analysis:1||Surface effect:1||TRANS:1||Tackiness:1||Thermoelastic properties:1||Thermoelasticity:1||Tightening kinetics:1||Toughened epoxy resin:1||Tow prepreg:1||Transcistrans reorientation:1||Twistron:1||Water network:1||Y2O3:1||Yield:1||Yttria nanoparticle:1||alkali ion intercalation:1||alkali metal batteries:1||anisotropic heat transfer:1||assisted fabrication:1||azobenzene:1||bone cement:1||buriedcontact OFET:1||carbon nanotube:1||cell culture system:1||chemomechanical harvesters:1||contact resistance:1||covalent grafting:1||debondable adhesive:1||deep trap:1||dehydration resistance:1||doublenetwork:1||dynamic characteristics:1||elastomers:1||electrical double layer:1||electrical stimulation:1||electrochemistry:1||electrode dissolution:1||electromechanical applications:1||fast charging:1||fibrous wool:1||finite difference method:1||first principle calculation:1||flexible zincair battery:1||fourprobe measurement:1||gel polymer electrolyte:1||gold:1||gold nanoparticle:1||green photoresist:1||hierarchically porous structure:1||high electrolyte retention:1||high ionic conductivity:1||hydroxyapatite:1||intrinsic electrochemical capacitance:1||laserinduced phase transition:1||liquid crystal polymer networks:1||liquid crystal polymers:1||liquid crystals:1||load transfer:1||localized electrolytes:1||matching impedance:1||material design:1||mechanical energy harvester:1||mechanical properties:1||molecular elements assembly:1||molecularly interlocked pantographs:1||monolithic phase integration:1||multiscale simulation:1||multifunctionality:1||multiscale:1||nanoparticles:1||nanosilica:1||nonsolvating electrolytes:1||omnidirectional response:1||organic electrodes:1||patterning:1||phonon dynamics:1||photo responsive polymer:1||photoisomerization:1||photoreactive selfdeforming structures:1||photoresponsive polymer (PRP):1||photoresponsive polymers:1||photothermal actuation:1||piezoelectric polymers:1||plasmonic nanoparticles:1||polyimide:1||polymer interphase:1||polymers:1||polymorphic transition:1||reworkable adhesive:1||selfhealable hydrogel:1||silk protein:1||strain sensor:1||sustainable adhesive:1||switchable adhesive:1||synthetic biology:1||thermoelasticity:1||topcontact OFET:1||transfer line method:1||ultrafast and selective phase change:1||unconventional fabrication:1||underwater mechanical energy harvester:1||visiblelight curing:1||wearable electronics:1||고분자 계면 상:1||광변형 고분자:1||광이성질화:1||나노복합재:1||멀티스케일:1||멀티스케일 해석:1||아조벤젠:1||열탄성:1||2D layered materials:1||ACTUATORS:1||Ab initio calculations:1||Ablation:1||Activation:1||Adhesion:1||Adhesivefree bonding:1||Adsorption:1||Alkali ion:1||Amorphous polymer:1||Artificial muscles:1||Atmospheric plasma spraying:1||Atomic oxygen:1||Automated fiber placement (AFP):1||B. Interface interphase:1||B. Interface/interphase:1||Biomedical device:1||Boltzmann Constant:1||C. Computational modeling:1||C. Computational modelling:1||CIS PHOTOISOMERIZATION:1||Carbon fiber reinforced plastic (CFRP):1||Carbon nanoscroll:1||Cellulose:1||Charge aggregation:1||Coarsegraining:1||Coefficient of Linear Thermal Expansion:1||Composite Structures:1||Computational mechanics:1||CrossalignedPTFEnanofibers:1||Crosslink:1||Crosslink density:1||DYNAMICS:1||Defect engineering:1||Diameter:1||Digital twinning:1||Direct simulation Monte Carlo:1||Disordered phase:1||Electricfieldguidedelectrospinning:1||Electrochemically powered artificial muscles:1||Electrochemicallypowered:1||Energy harvester:1||Epoxy polymers:1||Extreme ultraviolet lithography:1||FILM:1||Fiber optics:1||Finiteelement analysis:1||Flexible zincair battery:1||Fuelization:1||Gel polymer electrolyte:1||Glass transition:1||Glass transition temperature:1||Grafted nanoparticles:1||

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