ScholarWorks@Hanyang University: Park, Jun hong

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Park, Jun hong (박준홍)

COLLEGE OF ENGINEERING (SCHOOL OF MECHANICAL ENGINEERING)

Research Area: 기계공학

Tel 02-2220-0424
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Keyword

Spectral element method(스펙트럴요소법):5||Wave propagation:5||Dynamic properties:5||Loss factor:4||Dynamic property:4||vibration:4||Fuel cell(연료전지):3||Structural vibration:3||Fast pyrolysis:3||Vibration:3||Damping ratio:3||BSR noise(BSR 소음):3||Impact damper:3||long shortterm memory:3||Modal characteristic(모드 특성):3||Deep learning:3||Railway:3||glaucoma:3||Helmholtz resonator:3||Flexural wave:3||convolutional neural network:3||고속철도:2||Prony&apos:2||Damping Force(감쇠력):2||Acousticstructure interaction:2||Mesh stiffness(치강성):2||Chatter detection:2||레일리 릿츠 방법:2||Metastructure:2||Railway(철도):2||Metamaterials:2||GAN:2||Lap joint:2||s method:2||s modulus:2||Slit model:2||Young&apos:2||실내소음:2||Sound Power:2||Transfer function method:2||Sound Pressure Level:2||Carbon fiber reinforced polymer concrete:2||Rattle noise:2||Local vibration:2||structural vibration:2||RayleighRitz Method:2||Tuned dynamic absorber:2||충격력:2||intraocular pressure:2||Sound absorption coefficient:2||loop test:2||transfer function method:2||Dynamic stiffness:2||Flexural vibration:2||vibration characteristics:2||Flexural wave propagation:2||Specific acoustic impedance:2||Polymer concrete:2||clamping force:2||Spectral element method:2||Impulsive noise:2||Flexural wave(구조파):2||Vibration signal:2||Droplet(물방울):2||wave propagation:2||Absorption coefficient:2||Machine tools:2||Interior noise:2||High Speed Train:2||BioOil:2||Biooil:2||Concrete sleeper(콘크리트 침목):1||Concrete structure:1||Concrete wall construction:1||Convolutional Neural Network:1||Convolutional neural network:1||Correlation coefficient(상관계수):1||Coupled towerblade system:1||Crosssectional discontinuity:1||Curve fitting:1||DBAP algorithm:1||Damage Index:1||Damage identification:1||Damping performance(감쇠  성능):1||Damping ratio(감쇠비):1||Decision and control strategy:1||Deep convolutional neural network(딥컨볼루션 뉴럴네트워크):1||Deoxygenation:1||Diagnosis(진단):1||Dirlik method:1||Distributed dynamic stiffness:1||Distributed dynamic stiffness (동적 분포 강성):1||Distributed power type:1||Distributed stiffness(분포강성):1||Door glass:1||Doppler frequency shift:1||Double beam model(이중  보  모델):1||Dynamic Properties:1||Dynamic Support Stiffness:1||Dynamic behaviors(동적거동):1||Dynamic characteristics(동적 특성):1||Dynamic comfort:1||Dynamic comfort (동적 안락감):1||Dynamic comfort(동적  안락감):1||Dynamic comfort(동적 안락감):1||Dynamic properties(동적물성):1||Dynamic property(동적 물성):1||Dynamic stiffness distribution:1||Dynamics characteristic:1||Effective material properties:1||Effective modal mass:1||Effective modal stiffness:1||Elastic wave(탄성파):1||Electronic devices:1||Elevator:1||Empirical density equation:1||Empirical mode decomposition(경험적 모드 분해):1||Energy crop:1||Engine noise:1||Excitation location:1||External vibration:1||External vibration(외부 진동):1||FEM(유한요소법):1||Fasteners:1||Fastening torque(체결 토크):1||Fatigue performance:1||Fatigue strength:1||Fault Diagnosis:1||Feature selection:1||Felt Type#Elastic Modulus:1||Fibrous paper absorber:1||Filler wire strength:1||Flame Resistance:1||Flap:1||Flexural Wave Propagation:1||Floor Impact Source:1||Floor impact noise:1||Fluidized bed:1||Force:1||Force measurement:1||Formaldehyde:1||Friction:1||Fuel Cell:1||Fuel cell stack structure:1||Fuel cell vehicle:1||Galvannealed steel sheet:1||Gap:1||Gas metal arc welding:1||Gasoline direct injection:1||Gear system(기어 시스템):1||Glass Run(글라스 런):1||Glass rattling:1||Heavyweight floor impact sound:1||Helical absorber(나선형 흡음재):1||Helmholtz resonator (HR):1||Hierarchical MFI Zeolite:1||High speed train:1||Highspeed train:1||Highspeed trian:1||Highstrength steel:1||Hillbased muscle model:1||Hole characteristic:1||Hot press forming steel:1||Hydrothermal Stability:1||Impact  noise(충격소음):1||Impact Absorber(충돌 동흡진기):1||Impact Ball:1||Impact Force:1||Impact absorber(충돌 동흡진기):1||Impact damper(충돌 댐퍼):1||Impact load:1||Impact noise:1||Impact sounds:1||Impact wave propagation:1||In vivo muscle stiffness:1||Injection noise:1||Intercoach Spacing:1||Interface adhesion:1||Interior Noise:1||Isometric contraction:1||Joint bolt:1||Joint bolt(체결 볼트):1||Joint stiffness:1||Joint stiffness(결합 강성):1||KOH Activation:1||Kinetics:1||LSTM:1||Laminaria japonica:1||Lap fillet joint:1||Leg length:1||Local defect:1||Local vibration transfer(국부 진동 전달):1||Localization:1||Localization algorithm(위치검출  알고리즘):1||Long Shortterm Memory (LSTM):1||Loss Factor:1||Loss facor:1||Loss factor (손실계수):1||Loudness:1||Lubrication failure:1||Lumped inertance muffler (LIM):1||MFCC:1||MLPS:1||MMZ(USY):1||Macroalgae:1||Markovian jump linear systems:1||Masking effect:1||Mass impacts:1||Mass reduction:1||Measurement location:1||Mechanical Impedance:1||Membrane structure:1||Meta structure:1||Metal oxide catalysts:1||Microstructure:1||Milling machining:1||Milling process:1||Miscanthus sinensis var. purpurascens:1||Modal Analysis:1||Modal analysis:1||Modal characteristic:1||Modal characteristics:1||Modal mass:1||Mode shape:1||Modulation:1||Moving load:1||Moving sound source:1||Mulberry layer:1||Multielement structure(다요소구조물):1||Multijointed Structure(다중 조인트 구조):1||Multilayerd semiconductor:1||NH3 Activation:1||Negative effective density:1||NewtonRaphson method:1||Ni/CeO2ZrO2:1||Noise:1||Noise level reduction:1||Nondestructing monitoring(비파괴  모니터링):1||Nondestructive testing:1||Nondestructive evaluation:1||Nondestructive evaluation(비파괴 평가):1||Nonlinear Dynamics:1||Nonlinear dynamics(비선형 동력학):1||OXIPAN:1||Oriental white oak:1||Otitis media with effusion:1||Oxygen plasma treatment:1||Particle damping:1||Particle impact damper:1||Pass by noise:1||Perforated membrane:1||Performance degradation:1||Periodic structure:1||Phenolics:1||Piezo electric(압전소자):1||Piezoelectric Material:1||Piezoelectric material:1||Pilot injection:1||Pipe embedment:1||Pipe wall thinning:1||Plate damping:1||Polymer concrete sleeper:1||Polymer concrete(폴리머  콘크리트):1||Polyurethane Foam (폴리우레탄  폼):1||Porosity:1||Porous foam:1||Porous material:1||Porous material(다공성 재료):1||Porphyra tenera:1||Prediction rattling:1||Probability density function:1||Prony analysis:1||Pulse wave:1||Pyrolysis:1||Pyrolysis conditions:1||Rail Fastening System:1||Rail impact damper:1||Railway track:1||Railway vibration:1||Raindrop(빗방울):1||Rainfall Noise(강우소음):1||Rainfall noise(강우소음):1||Random incidence absorption coefficient:1||Rattle:1||Rattle Noise(래틀 소음):1||Rattling test:1||Reduction in clamping force:1||Reflection Coefficient(반사계수):1||Reflection coefficient:1||Refrigerator noise:1||Remaining useful life:1||Riding comfort (승차감):1||Riding comfort(승차감):1||Rolling noise:1||Rolling noise, Moving loads:1||Rotational Vibration:1||Rotational stiffness(회전 강성):1||Rotational stiffness(회전강성):1||Rubber:1||Rubber Mount(고무 마운트):1||SEM:1||SEM(스펙트럼 요소 방법):1||Sandwich Panel:1||Sandwich structure:1||Sandwich structures:1||Seat:1||Seat back(시트백):1||Seat(시트):1||Semiconductor:1||Sensitivity analysis:1||Separated beam method:1||Sest back(시트백):1||Sewage sludge:1||Sharpness:1||Shock Absorber(쇽 업소버):1||Shock absorption:1||Shortterm annoyance:1||Signal processing:1||Simple Model Experiment(단순 모델 실험):1||Single cylinder engine:1||Singlewire GMAW:1||Slit porous medium:1||Sound Pressure Level(음압레벨):1||Sound Quality:1||Sound Quality Metrics:1||Sound Quality Metrics(음질인자):1||Sound Quality Parameter:1||Sound perception:1||Sound quality:1||Sound quality evaluation:1||Sound quality metrics:1||Sound radiation(소음방사):1||Source localization:1||Source localization(음원 위치추정):1||Speaker Recognition(화자 인식):1||Spectral Element Method(스펙트럴요소법):1||Spot weld quality:1||Spot weld(스팟용접):1||Spot welding:1||Spotwelded structure(스팟용접 구조):1||Squeak:1||Squeal noise:1||Stack structure:1||Steam reforming:1||Stiffened Plate:1||Structural Wave:1||Structural health monitoring:1||Structural vibration(구조진동):1||Subband attention convolutional neural network:1||Support location:1||Surface acoustic impedance:1||Surface pattern:1||TGMAW:1||Tensile shear strength:1||Tensile strength:1||Tension(장력):1||Throat thickness:1||Time of Flight(전파 시간):1||Time reversal method:1||Timevarying variance:1||Train Passby Noise:1||Train Passby Noise(철도차량의 passby 소음):1||Transfer Function Method:1||Transfer function:1||Transformer:1||Transient noise:1||Transient response:1||Tunable multiband resonator:1||Tuned absorber:1||Twomicrophone impedance tube:1||Ubolt(U볼트):1||Ultrathin layer:1||Undaria pinnatifida:1||Variational mode decomposition:1||Vehicle Seat (자동차  시트):1||Vehicle Seat (자동차 시트):1||Vehicle structure:1||Vehicle wiper system:1||Vibration Signal:1||Vibration Test:1||Vibration absorption:1||Vibration analysis:1||Vibration attenuation:1||Vibration control:1||Vibration fatigue:1||Vibration measurement:1||Vibration test configuration:1||Vibration transfer:1||Vibration transmissibility(진동 전달률):1||Vibration(진동):1||Vibrations:1||Vibroacoustic modeling(구조음향 모델링):1||Viscoelastic properties:1||Viscoelastic support:1||Vulnerability assessment:1||Washing machine noise:1||Water leak detection:1||Water tight test:1||Wave Approach:1||Wave Propagation Characteristic(파동 전파 특성):1||Wave approach:1||Wave equation, synthetic data:1||Wave propagation analysis(파동전파해석):1||Wave propagation(파동 전파):1||Wave speed:1||Wavebased periodic segment method:1||Wavenumber:1||Wavenumber(파수):1||Weld gap:1||Wheels:1||Young’s modulus:1||a vibration method:1||abrasive wear:1||acoustic materials:1||acoustic noise:1||acoustic signal:1||acoustic variables measurement:1||acoustic wave propagation:1||acoustic wave transmission:1||acousticstructure interaction:1||active noise control:1||adhesive wear:1||aluminum 5083 alloy:1||aluminum alloy:1||arc plasma:1||artificial intelligence:1||blind/referenceless image spatial quality evaluator:1||bolt joints:1||cantilever:1||cantilever sensor:1||cepstral analysis:1||chatter detection:1||classification:1||core loss:1||cough:1||damage identification:1||deep learning:1||deep neural network:1||density:1||diagnostic ability:1||diagnostic tests:1||diesel engine noise:1||discretetime Markovian jump system:1||dynamic characteristics:1||dynamic property:1||dynamic responses:1||dynamic stiffness:1||effective mass:1||eigenvalue veering:1||elastic moduli:1||electrode force:1||energy ratio:1||ensemble average:1||external flow:1||fatigue:1||flexural wave:1||flowmeter:1||flowrate prediction:1||fluid coupling:1||fluidstructure interaction:1||fracture strength:1||friction:1||fuel rod bundles:1||gas metal arc welding:1||gasmetal arc welding:1||genetic algorithm:1||health monitoring:1||helical shape:1||helical shaped:1||imaging:1||impact response:1||impulsive noise:1||inkjet printing:1||input constraints:1||investigation:1||lamination:1||longitudinal vibration:1||loss factor:1||loudness:1||lower urinary tract symptoms:1||machine learning:1||machinelearning:1||magnesium:1||magnetic material:1||manganese:1||mass flow rate:1||melspectrogram:1||membrane absorber:1||metamaterials:1||microporous panel:1||modal analysis:1||mode coalescence:1||model following:1||molten pool:1||multilayer PCB film:1||noise:1||noise uncertainty:1||noninvasive measurement:1||nonlinear vibration:1||nonhomogeneous Markovian jump system:1||nugget size:1||optimal support stiffness:1||optimization:1||oscillations:1||particle control approach:1||piezoelectric actuation and sensing:1||pneumonia:1||porous absorber:1||pyroshock testing:1||quality monitoring:1||radiation:1||repeatability:1||residual block:1||residual stress:1||resistance spot welding (RSW):1||response surface methodology:1||robust Kalman filter:1||rods (structures):1||semiactive noise control:1||shock response spectrum:1||solid solution strengthening:1||spectroscopic characteristics:1||spiral:1||stability:1||stereophonic sound:1||sticking:1||stiffness:1||structural acoustics:1||surface roughness:1||sweptsource optical coherence tomography:1||system cost:1||tandem gas metal arc welding:1||tandem process parameters:1||tensile shear strength:1||tension:1||thickness prediction:1||thinfilm:1||transfer function analysis:1||transfer functions:1||transient wave propagation:1||ultrafast annealing:1||ultrathin memory chip:1||vaporization:1||vibration control:1||vibration measurement:1||vibration response:1||vibrations:1||viscoelastic:1||viscoelastic property:1||viscoelastic supports:1||viscoelasticity:1||viscosity:1||vulnerability assessment:1||wall thinning:1||warapge of PCB:1||wave propagation analysis:1||wavelet coefficient:1||weld quality:1||widefield normative database:1||wind turbine system:1||wire rope:1||고속열차:1||곡선맞춤:1||공동:1||과도응답:1||굽힘파 전파:1||기계적 임피던스:1||동력분산식:1||동력집중식:1||동적 강성:1||동적지지강성:1||라우드니스:1||레일체결장치:1||바닥충격원:1||보강 평판:1||분사 소음:1||샌드위치 패널:1||샤프니스:1||성가심(Annoyance):1||손상 지수:1||손실계수:1||스펙트럴요소법:1||엘리베이터:1||유동소음:1||음압레벨:1||음질:1||음향 파워:1||음향파워:1||이동하중:1||전달함수법:1||중량 충격음(Heavyweight floor impact sound):1||진동:1||차간공간:1||충격 소음:1||충격파 전파:1||취약성 분석:1||통계적 에너지 해석(statistical energy analysis):1||폴리머 콘크리트:1||플랩:1||3D sound(입체음향):1||휘발유 직분사:1||5xxx series aluminum alloy:1||Absorption Coefficient:1||Absorption coefficient(흡음계수):1||Acoustic Blackhole(음향블랙홀):1||Acoustic comfort of passenger compartments:1||Acoustic coupling:1||Acoustic metamaterial:1||Acoustic properties:1||Active  noise  control(능동 소음 제어):1||Active Noise Control(능동소음제어):1||Active noise control:1||Actuator saturation:1||Adsorption:1||Aeroacoustic Noise:1||Aluminum foam:1||Amplitudemodulation:1||Angle of arrival(입사각):1||AnnoyanceBinaural Recording:1||Asymmetry:1||Auditory evaluation:1||Auditory experiments:1||Axial field:1||Axialgap:1||BLDC motor:1||BSR:1||BSR (Buzz, Squeak, Rattle) noise:1||BSR signal(BSR  신호):1||BTX Aromatics:1||Bang machine:1||Bead shape:1||Bearing:1||Benzene:1||Binaural Recording(바이노럴 녹음):1||Biomass gasification tar:1||Bolt loosening:1||Bolted joint:1||Bolting Structure:1||Bonded structure(접합 구조):1||Bone conduction:1||Boundary condition (경계 조건):1||Boundary stiffness(경계강성):1||Buzz:1||CMK8:1||Cable(케이블):1||Carbon fiber:1||Catalytic Conversion:1||Catalytic Pyrolysis:1||Cavity:1||Char separation system:1||Characteristics curves(특성 선도):1||Chatter diagnosis:1||Chatter(채터):1||Chlorine:1||Clamped Force(체결력):1||Clamping Force:1||Clamping Force(체결력):1||Clamping force(축력):1||Clamps:1||Collision(충돌):1||Comfort (안락감):1||Complete vehicle:1||Complex Stiffness(복합강성요소):1||Complex concrete structure:1||Complex polymer concrete(복합 폴리머 콘크리트):1||Complex structure(복합구조물):1||Composite sandwich structure:1||Compressed air flow:1||Compression ignition engine:1||Compression lengths(압축거리):1||Concentrative power type:1||

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