ScholarWorks@Gachon: Kim, Han Sang

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Kim, Han Sang (김한상)

Engineering (기계·스마트·산업공학부(기계공학전공))

Research Area: Nano & Fiber composite, 복합재료 공정 및 분석

Tel 031-750-5307
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Filament winding:4||Finite element method:4||Electrical properties:3||Carbon nanotubes:3||composites:3||Optimization process:3||복합재료 압력용기:2||Epoxy resin:2||carbon nanotube mat:2||Ag3PO4:2||Composite pressure vessels:2||Nanocomposite:2||Inhibition:2||Delamination:2||Carbon fiber:2||Carbon nanotube:2||SEM:2||cyclic butylene terephthalate:2||Filament winding(필라멘트 와인딩):2||Nanostructures:2||Hightemperature properties:2||Drop test:2||Photocatalysis:2||Microscopic characterizations:2||Polymermatrix composites (PMCs):2||CuCr2O4/TiO2 nanocomposite:1||Cubic hematite:1||Cushion effect:1||Cycling performance:1||DGMEPE:1||Decarbonization:1||Delamination(층간 박리):1||Dielectric properties:1||Direct Zscheme photocatalyst:1||Domestic LED light:1||Droplet coalescence:1||Ductile to brittle transition temperature (DBTT):1||E24 carbon steel:1||ECG:1||Ecofriendly corrosion inhibitor:1||Egg white protein:1||Electrical conductivity:1||Electrochemical methods:1||Electrochemical methods and theoretical:1||Electrochemical methods and theoretical methods:1||Electrochemical tests:1||Electromagnetic interference shielding:1||Electron microscopy:1||Epoxy polymer:1||Epoxy prepolymer:1||Exfoliated graphite nanoplatelet:1||FEM:1||Fatigue analysis:1||Fault Tree Analysis(고장수목분석법):1||Finite element method( 유한요소법):1||Flow control valve:1||Fracture toughness:1||Fuel cell:1||Gas pipeline:1||Genetic algorithm:1||Glass fiber:1||Glass wool:1||Graphene oxide:1||Graphitic carbon nitride:1||Graphitization:1||HGATUP:1||HGTMDAP:1||Hexafunctional epoxy resin:1||Hull&apos:1||Hybrid:1||Hybrid nanocomposite:1||Hybrid organicinorganic:1||Hydrogen economy:1||Hydrogen evolution reaction:1||Hydrogen policy:1||Hydrogen refueling stations:1||Hydrogen trend:1||Hydrothermal:1||Imidazothiazoles:1||Impact behavior:1||Impact behavior (충격 거동):1||Impedance:1||Impedance spectroscopy:1||In situ fabrication:1||In situ monitoring:1||Interlaminar fracture toughness:1||LNG (liquefied natural gas):1||LNG Storage Tank:1||LNG Storage Tank(LNG 저장탱크):1||LNG storage tank:1||LNG 저장탱크:1||LaNiO3/gC3N4 nanocomposite:1||Lightweight structure:1||Lightweight structure (경량구조):1||Liquefied natural gas (LNG):1||Liquid nitrogen:1||Low temperature:1||Low velocity impact:1||Low velocity impact(저속 충격):1||MS:1||Major axis:1||Mark III system:1||Membrane:1||Meniscus liquid bridge:1||Mesoporous TiO2:1||Metal corrosion:1||Metal organic framework:1||Methylene blue:1||Microneedle electrode:1||Mild steel:1||Minor axis:1||Mixed inhibitor:1||Nanoparticle SrTiO 3:1||Natural sunlight:1||Onset potential:1||Organic pollutants degradation:1||Overpotential:1||Oxygen evolution reaction:1||PDP:1||Parylene:1||Permeability:1||Permittivity:1||Photo Fenton like reaction:1||Photoeletrocatalytic oxygen evolution:1||Porous SgC3N4:1||Pressure gradient:1||Protection:1||Quantum chemical calculations:1||Reactive black 5:1||Reduced graphene oxide:1||Repair:1||Research trend:1||Review:1||Risk Assessment:1||Risk Assessment(위험성 평가):1||Sensitivity coefficient:1||Silver nanoparticle:1||Simulated annealing:1||Simulated solar light:1||Sintering:1||Squeeze flow:1||Structural analysis:1||Surface analysis:1||Surface characterization and electrochemistry:1||TGEDADPTBBA:1||TGEHDSEP:1||Test product:1||Tetracycline hydrochloride:1||Theoretical methods:1||Theoretical parameters:1||Thermal conductivity:1||Ti3C2 MXene:1||TiO2@Ti3C2:1||Twoequation turbulence model:1||Ultrasonic:1||Valve flow coefficient:1||Viscosity:1||Visible light:1||Wastewater treatment:1||Zscheme heterojunction:1||ZIF8:1||adhesive:1||applications:1||bonded joints:1||carbon and graphite:1||carbon fiber:1||carbon fibers:1||carbon nanotubes:1||carbonation attack:1||carbonation velocity coefficient:1||coatings:1||composite:1||composite patch repair:1||compression molding:1||cornerprotection:1||cover depth:1||cryogenic temperature:1||cyclophosphazenes:1||electrical conductivity:1||expanded polypropylene:1||fatigue life:1||gas pipeline:1||glass fiber/epoxy prepreg composite:1||glass fiber/epoxy prepregreinforced plywood:1||induction heating:1||isotropic conductivity:1||knuckle:1||magnetic:1||mechanical properties:1||metal complexes:1||methods:1||nanostructured materials:1||organic dyes:1||oxygen evolution reaction:1||penetration depth:1||photocatalyst:1||plywood:1||polymer matrix composites:1||preparation:1||properties:1||repair:1||s steel plate:1||service life:1||solar light:1||spinel ferrite:1||strength:1||thermal diffusivity:1||구조해석:1||담금질 기법:1||리뷰:1||멤브레인:1||수소 기술:1||수소 정책:1||수소경제:1||수소충전소:1||시제품:1||연구동향:1||연료전지:1||위험성 평가:1||유량제어밸브:1||유전 알고리즘:1||유한요소법:1||유한요소해석:1||최적화 프로세스:1||탄소중립:1||탈탄소화:1||1 M HCl:1||피로해석:1||1.0 M HCl:1||Allsolidstate battery:1||Amorphous siliconcarbon anode:1||Artemisia absinthium essential oil:1||Biopolymer:1||Butterfly valve:1||CFRP(carbon fiber reinforced plastic):1||Carbon fiber composites:1||Carbon fiberreinforced composites:1||Carbon fiber/epoxy composites:1||Carbon fiber/epoxy composites(탄소섬유/에폭시 복합재료):1||Carbon nenutral:1||Cardiovascular diseases:1||CoFe2O4:1||Coating:1||Composite materials:1||Composite pressure vessel:1||Composite pressure vessel(복합재료 압력용기):1||Conductivity:1||Conjugate thermal analysis:1||Corrosion and computational approaches:1||Corrosion inhibition:1||Critical buckling load:1||Cryogenic liquid:1||

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