ScholarWorks@Korea University: Choi, Byoung Ho

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Choi, Byoung Ho (최병호)

College of Engineering

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Tel 02-3290-3378
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Slow crack growth:10||Crack layer theory:7||High density polyethylene:7||Essential work of fracture:4||Finite element analysis:4||Injection molding:4||Pipe:3||Mechanical properties:3||Polypropylene:3||Atomic layer deposition:3||Degradation:3||Green's function:3||Scratch:3||Fatigue lifetime:2||Circular notched bar specimen:2||Crack layer:2||Flexible display:2||Fracture mechanics:2||Weathering:2||Polymermatrix composites (PMCs):2||Fracture:2||Tear:2||Mechanochemical degradation:2||Fracture behavior:2||Polymer degradation:2||Tensile Test:2||polyrotaxane:2||atomic layer deposition:2||Stress intensity factor:2||Deep learning:2||Retardation:2||Fatigue life:2||Poly(methyl methacrylate):2||fatigue:2||Fatigue crack propagation:2||Diffusion:2||Polyethylene:2||Fatigue crack growth:2||Thermal runaway:2||Thin film:2||Alumina:1||BirnbaumSaunders distribution function:1||life assessment:1||Semielliptical surface crack:1||hybrid:1||coating material:1||Fiber orientation distribution:1||Lifetime prediction model:1||Dimensional stability:1||Frequency analysis:1||polycarbonates:1||surface protection layers:1||Simulation:1||Fatigue:1||Polycarbonate:1||windshield:1||poly(vinyl chloride):1||Acrylic rubbers:1||thinwall injection molding:1||fatigue crack:1||crack opening ratio:1||Cogeneration plant:1||Polycarbonate(acrylonitrilebutadienestyrene):1||electromagnetic interference shielding effectiveness:1||Honeybomb Structure (벌집구조):1||MTS criterion:1||Polyethylene blown films:1||Induction hardening:1||scratch:1||볼 베어링:1||그리스 수명시험기:1||Polymer pipe:1||friction test:1||multiple logistics regression model:1||Jaw Clutch:1||플라이휠:1||전철:1||Internal short:1||Nitrile butadiene rubber:1||Silica filler:1||Thermoplastic composite:1||Turbocharger:1||Crack density:1||Fracture Toughness:1||필드열화:1||alumina:1||Glass fibers:1||Laminated glass:1||fractography:1||Fatigue crack:1||Circular notched specimen:1||Crack initiation:1||Failure analysis:1||Blade damage:1||Injection Molding:1||Finite Element Analysis (유한요소해석):1||fatigue lifetime:1||Mixedmode I plus II:1||Stress corrosion crack:1||Fracture initiation:1||silane functional group:1||high temperature:1||Aging Properties:1||wear:1||Stress analysis:1||Convolutional neural network:1||Subway:1||조리개 구조:1||Micromechanism:1||Object detection:1||Glass fiber:1||Ultrahigh strain rate:1||Transparent conductive oxides:1||Molecular layer deposition:1||Stochastic analysis:1||Fracture analysis:1||crosslinker:1||2Hole Tension (2HT) specimen:1||Injection molding process:1||Optimization:1||Thermal Aging:1||감성품질:1||주파수 분석:1||Squeak noise:1||thermal shock cycle:1||swine model:1||Elasticity:1||Mechanical testing:1||High crystalline polypropylene:1||3D printing:1||thermal degradation:1||PC/ABS:1||Composite:1||EMI:1||Metal Fiber:1||circular notched bar (CNB):1||Mixedmode loading:1||FTIR:1||2step S  N:1||forging:1||노화 물성:1||푸리에 변환 적외선 분광학:1||weibull:1||그리스의 수명평가:1||ball bearing:1||hydrogen:1||Oxygen diffusion:1||Flywheel:1||ABS blend:1||Polyethylene materials:1||High capacity pouch battery:1||Mechanical reliability:1||Polymers:1||Life prediction:1||Pipelines:1||Slow crack growth modeling:1||siloxane:1||kinematic hardening:1||Cellular structure:1||vehicle safety:1||polycarbonate:1||roughnessinduced crack closure:1||mixedmode:1||Fractography:1||Car Audio:1||injection moulding:1||Foam (발포제):1||수산기말단 폴리부타디엔:1||FTIR:1||Mechanochemical degradation:1||Multiple crack initiation:1||Fracture energy:1||neural network model:1||Aperture Structure:1||Electricity Generation:1||Polymer recycling:1||Fatigue properties:1||Enhanced representative volume element:1||Impact loading:1||Transparent polyimide:1||Nanoscratch:1||Tensile test:1||Short glass fiber:1||EWF Test(Essential Work of Fracture):1||Stickslip:1||thermomechanical fatigue:1||intraoperative neuromonitoring:1||traction injury:1||Environmental stress cracking:1||Scent oil:1||recycling:1||Damage mechanism:1||Filler:1||Selection of material properties:1||Thermoplastic polyester elastomer:1||ultraviolet:1||automotive coat:1||extreme value statistics:1||Nanocomposite film:1||적외선 분광분석:1||pinondisc test:1||blister:1||Squeak noises:1||natural rubbers:1||PC:1||Lifetime prediction:1||Overload:1||Hydrogen embrittlement:1||molecular layer deposition:1||organicinorganic hybrids:1||Contact pressure:1||Sealing performance:1||Stiffconstant K specimen:1||Computeraided engineering:1||Solid Propellant:1||스퀵 소음:1||Fielddegradation:1||Highdensity polyethylene:1||Turbine housing:1||thyroidectomy:1||Central voronol tessellation:1||Pipe grade polyethylene:1||Process zone:1||Light Weight:1||CNT:1||vibration:1||Slip agent:1||Crackmicrodefect interaction:1||Crack propagation:1||Bearing steel:1||wrought aluminum:1||Accelerated weathering:1||Essential work of fracture test:1||확산 실험:1||Fourier Transform Infrared Spectroscopy(FTIR):1||functional fillers:1||Variational autoencoder:1||stickslip:1||State of charge:1||flexible electrode:1||Vcoupling:1||Crack growth:1||Defective pipe:1||crack initiation:1||finite element method:1||antiscratch:1||HTPB(Hydroxylterminated Polybutadiene):1||Parametric study:1||폴리프로필렌 공중합체:1||스틱슬립:1||Polypropylene copolymer:1||plastic strain range:1||recurrent laryngeal nerve:1||Finite element analysis (FEA):1||impact analysis:1||finite element:1||instrumented dart impact:1||Cscan:1||Gas turbine:1||Forging defect:1||Copolymer:1||Glass Fiber:1||Mechanical:1||Electrical:1||Single overload:1||SEM:1||Highcycle fatigue:1||finiteelement method analysis:1||grease life evaluation:1||와이불:1||micropore:1||Fourpoint bending:1||발전:1||Review:1||Testing:1||Damage models:1||Stress corrosion cracking:1||Kinetic abuse:1||Fracture toughness:1||Resistance to high pressure hydrogen:1||Pouch battery cell:1||Disinfection:1||Micro tensile test:1||crack propagation:1||scroll compressor:1||Modeling:1||Emotional quality:1||oxygen plasma:1||TulerButcher criterion:1||windscreen:1||Geometric misalignment:1||nickelcoated carbon fibre:1||car audio:1||Voronoi Cell (보로노이 셀):1||Anisotropy (비등방성):1||initial notch geometry:1||CTS specimen:1||Orientation:1||Fatigue strength:1||Inclusion:1||Carbon nanotubes:1||인장시험:1||Hydroxylterminated Polybutadiene(HTPB):1||Diffusion Test:1||grease life test machine:1||acrylonitrile butadiene rubber (NBR):1||Unsupervised domain adaptation:1||상시 치합 클러치:1||Gloss unit:1||Cracked round bar specimen:1||Faster R CNN:1||nanolaminate:1||reliability:1||Oxidative environment:1||

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