ScholarWorks@Hanyang University ERICA Campus: Chung, Jintai

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Chung, Jintai (정진태)

ERICA 공학대학 (DEPARTMENT OF MECHANICAL ENGINEERING)

Research Area: 진동, 소음, 동역학, Vibration, Noise, Dynamics

Tel 031-400-5287
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진동:8||Vibration:7||Gear Mesh Frequency:6||기어물림주파수:6||Noise Reduction:4||Deploying Beam:4||시간적분법:4||동적거동:4||Vibration Reduction:4||Stickslip vibration:4||FEM:4||Dynamic Behavior:4||유한요소해석:4||Signal Analysis:4||Time Integration:4||MASS:3||진동저감:3||소음 저감:3||Structure Modification:3||감속기:3||Pulleybelt system:3||Reducer:3||구조 변경:3||Stickslip:3||스틱슬립:3||전개하는 보:3||고유진동수:3||가선계:3||automatic ball balancer:3||동적 거동:3||Finite element method:3||Modal Analysis:3||동력 전달:2||Rotating Beam:2||접촉력:2||EulerBernoulli beam:2||Noise:2||Stress Analysis:2||Stretch deformation:2||Structural Analysis:2||Noise Identification:2||Rotating speed:2||Structureborn Noise:2||dynamic stability:2||차량용 거치대:2||Supporting stiffness:2||electromagnetic force:2||LOAD:2||VIBRATION:2||모드해석:2||Dynamic behavior:2||모터 소음:2||Nonlinear Dynamics:2||테더가 있는 인공위성:2||Nonlinear behavior:2||Gear Machining Accuracy:2||풀리벨트 시스템:2||vibration absorber:2||MOTION:2||비선형 동역학:2||산업용 로봇:2||Dynamic behaviors:2||SYSTEM:2||회전축계:2||회전하는 보:2||Tensioned beam:2||Tethered Satellite:2||ACCELERATION:2||Rayleigh beam:2||소음:2||Blade Passing Frequency:2||Moving mass:2||Lens Transmissive Type(렌즈 투과형):2||시간응답:2||신호 분석:2||신호분석:2||natural frequency:2||Libration angle:2||noise reduction:2||Beat phenomenon:2||Spinning shaft:2||구조기인소음:2||구조해석:2||Catenary System:2||Squeal Noise:2||Squeal Noise(스퀼소음):2||Natural Frequency:2||유한요소 해석:2||Natural Frequency(고유진동수):2||응력해석:2||이동질량:2||Equations of motion:2||balancing performance:2||Rigidbody motion:2||DYNAMICS:2||장력을 받는 빔:2||날개 통과 주파수:2||다물체 동역학:2||Dynamic Analysis:2||Electrical Forklift Motor(전동 지게차 모터):1||Electrical forklift motor(전동  지게차  모터):1||Electromagnetic Analysis(전자기 해석):1||Electromechanical Equation:1||Electromechanical equation(기전연성방정식):1||Electronic Forklift:1||Electronic Forklift(전동식 지게차):1||Equilibrium Equation (평형방정식):1||Euler Bernoulli beam theory:1||Eulerian Description:1||Eulerian description:1||Excavator:1||Excitation conditions for stickslip occurrence:1||Experimental Approach(실험적접근 ):1||FIELD:1||FINITEELEMENT ANALYSIS:1||FINITEELEMENTMETHOD:1||FLUID:1||FOUNDATION:1||Failure Analysis:1||Fan Noise:1||Fan laws:1||Filling cavity:1||Finite Element Analysis:1||Finite Element Analysis(유한요소해석):1||Finite Element Method:1||Finite element analysis:1||Flexible Beam:1||Flexible Multibody Dynamics:1||Flexible Robot Manipulator:1||Flexible Robot Manipulator(유연한 로봇 매니퓰레이터):1||Flow separation:1||Flowinduced noise:1||Flux Linkage:1||Flux linkage(쇄교자속):1||Frequency Analysis:1||Frequency Response Function:1||Friction:1||Friction coefficient:1||Friction force (마찰력):1||Friction force discontinuity:1||Fuel Pump:1||Fuel pump(연료펌프):1||GMF:1||GMF( 기어가진주파수):1||Galerkin methods:1||Gear Clearance:1||Gear Machining Accuracy(기어가공정밀도):1||Gear Mesh Frequency(기어물림주파수):1||Gear Noise:1||Gear driving system:1||Gear driving system(기어구동계), Mesh stiffness (물림강성):1||Gear(기어 ):1||Geometric NonLinearity:1||Geometric nonlinearity(기하학적 비선형성):1||Grain Sorting Machine:1||Grain Transformation:1||Hamilton&apos:1||High precision reduction(고정밀 감속기):1||Highfrequency numerical dissipation:1||Household air purifier:1||Hydraulic drifter:1||IMPACT:1||Impact performance:1||Inwheel Motor System:1||Inductance:1||Inductance(인덕턴스):1||Industrial Robot:1||Industrial robot(산업용 로봇):1||Inertial reference frame:1||Interior Permanent Magnet Synchronous Motor:1||Internal flow(내부유동):1||Jeffcott Rotor:1||Journal Bearing:1||Lagrange Multiplier Method:1||Lagrange’s Equation:1||Lagrange’s equation(라그랑지 방정식):1||Lagrangian Description:1||Lagrangian description:1||Latch system:1||Lens Transmissivetype Actuator:1||LineScan Camera:1||Linescan Camera(일차원 카메라):1||Linear Feeder:1||Linear Feeder(리니어 피더 ):1||Load Estimation:1||Load(부하 ):1||Longitudinal and transverse vibrations:1||Longitudinal motion:1||Low Noise Design:1||MANIPULATOR:1||MODEL:1||Magnetic Noise(자기 소음):1||Magnetic noise(자기  소음):1||Mass Proportional Damping:1||Measurement Deviation:1||Measurement Error(측정오차):1||Mechanical seal:1||Mesh stiffness:1||Mirror Reactive Type(거울반사형):1||Modal Analysis(모달 해석):1||Modal Assurance Criterion:1||Modal Testing:1||Modal characteristic of a beam:1||Mode Vector:1||Mode coupling:1||Mode exchange:1||Mode shapes:1||Module plate:1||Motor Nois:1||Motor Noise:1||Motor Noise(모터 소음):1||Motor Vibration:1||Motor noise(모터  소음):1||Moving Mass:1||Moving beam:1||Multibody Dynamic:1||Multibody Dynamic Model(다물체 동역학 모델):1||Multibody Dynamics:1||Multibody dynamics analysis:1||Multipacket blade system:1||Multibody Dynamic(다물체 동역학 ):1||NONLINEAR DYNAMICS:1||Natural frequency:1||Natural frequency (고유진동수):1||Natural frequency crossing:1||Natural frequency loci veering:1||Natural frequency veering:1||NonCartesian deformation variables:1||Nonlinear Dynamic(비선형 동역학):1||Nonlinear analysis:1||Nonlinear boundary conditions:1||Nonlinear dynamic behavior:1||Nonlinear dynamic behaviors:1||Nonlinear dynamic response:1||Nonlinear dynamics:1||Nonlinear equations:1||Nonlinear lateral vibrations:1||Nonlinear modeling:1||Nonlinearity and discontinuity of the friction force:1||OPTIMIZATION:1||Operating deflection shape:1||Optical Disk Dirve:1||Optimization:1||Orthogonal array table:1||Oscillator excited by a moving base:1||PANTOGRAPH:1||Penetration Depth:1||Penetration Depth(관입량):1||Percussion performance:1||Percussive rock drilling:1||Performance Estimation:1||Permanent Magnet Synchronous Motor:1||Perturbation method )섭동법:1||Pile Driving:1||Pile Driving(항타):1||Pipe Conveying Fluid(유체가 흐르는 파이프):1||Power Transmission:1||Printer:1||Progressive quadratic response surface method (PQRSM):1||Projection TV:1||ROCK:1||Radiator cooling fan module:1||Rattle:1||Reentry:1||Rear door opening noise:1||Reducer( 감속기):1||Reduction Gear Noise:1||Reduction Gear Noise(감속기소음):1||Relative speed between contact surfaces:1||Release:1||Removal:1||Residual Vibration:1||Residual Vibration(잔류진동):1||Residual vibration reduction:1||Resonance:1||Resonance(공진 ), Nodal Point(노달포인트 ), Modal Analysis(모드해석 ), Static Analysis(정해석 ):1||Robustness to modelling errors:1||Rock drill:1||Rotating Beam (회전하는 보):1||Rotating Cantilever Beam:1||Rotating cantilever beam:1||Rotating reference frame:1||Rotor:1||Rotor Vibration(회전체 진동):1||Rubber mounting:1||RunOut Deviation:1||Runout Deviation(런아웃 오차):1||Scurve motion profile:1||SEPARATION:1||SETS:1||STABILITY:1||SUSPENSION BRIDGE:1||SYSTEMS:1||Safety Factor:1||Screening design method:1||Selfexcited oscillator:1||Sensitivity analysis:1||Shroud stators:1||Space Debris:1||Space debris capture:1||Spacetug System:1||Spinning Beam:1||Spinning beam with deployment:1||Spring support:1||Squeak Noise:1||Squeal noise reduction:1||Stability:1||Static Analysis:1||Steadystate response:1||StickSlip:1||Stickslip Vibration:1||Stickslip Vibration(스틱슬립 진동):1||Stiffening effects:1||Straightline Path:1||Straightline Path(직선궤적):1||Structural Modification:1||Structural Modification(구조 변경):1||Structural analysis:1||Sway motion:1||Swing Device:1||Swing Noise:1||System Analysis:1||TCR:1||TIME INTEGRATION:1||Taguchi method:1||Takeout Robot:1||Teller Cash Recycler:1||Tensioned Beam:1||Tether:1||Tethered Satellite(테더가 있는 인공위성):1||Tethered satellite:1||Tethered satellites:1||Threebody tethered satellite system:1||Threshold speed of instability:1||Tilting Actuator(틸팅 액츄에이터):1||Time Integration Method(시간적분법):1||Time Integration(시간적분법):1||Time Response:1||Time integration methods:1||Time integration(시간적분법):1||Time response:1||Time response (시간응답):1||Timedependent Spinning Speed:1||Tip Mass:1||Tip mass effect:1||Tonal noise:1||Top hammer drilling:1||TopHammer Drilling Machine:1||Tophammer Drilling Machine:1||Torsional vibration:1||Trajectory Error:1||Trajectory Error(궤적오차):1||Transfer force(전달 하중):1||Transfer path analysis:1||Transfer path analysis(전달경로분석):1||Transient response:1||Translation motion:1||Transmission error:1||Transmission error (전달오차):1||Transmitted vibration force:1||Transverse Vibration:1||Transverse motions:1||Transversely moving beam:1||Trapezoidal acceleration profile:1||Trigonometric acceleration profile:1||Tug:1||Underground mine:1||Varialble Displacement Vane Pump:1||Vehicle Motor:1||Vibration Identification:1||Vibration Reduction(진동 저감):1||Vibration analysis(진동해석):1||Vibration experiment:1||Vibration reduction (진동저감):1||Vibration(진동):1||Vibration/Shock Reduction:1||Vibroimpact:1||Volume of Fluid (VOF):1||VonKarman strain:1||Washing Machine:1||Washing Machine(세탁기):1||Water Pump:1||Water Pump(워터펌프):1||Water pump:1||Wave Characteristic:1||Whirling rotor:1||Wideband noise:1||Wind Turbine:1||Winding vibration:1||Window operating noise:1||Wiper Blade:1||Wiper Blade(와이퍼 블레이드):1||absorption coefficient:1||active safety:1||admittance:1||automatic teller machine:1||automatic timestepping algorithm:1||automotive wheel bearing:1||balancing:1||bearing defect:1||booming noise:1||brake control:1||catenary:1||collision avoidance:1||contact force:1||cooling fan (쿨링팬):1||critical speed:1||damper (절연장치):1||diesel sport utility vehicle (SUV):1||drive:1||dynamic analysis:1||dynamic behavior:1||dynamic model:1||dynamic modeling:1||dynamic response analysis:1||dynamic responses:1||electric vehicle:1||error estimator:1||feeding deck:1||finite annular plate element with deviation:1||flexible blade:1||foamed aluminum sheet absorber:1||gear mesh frequency:1||gear noise:1||gravity effect:1||guide bumper:1||hard disk:1||hydraulic actuator:1||idle vibration:1||impact load:1||inplane vibration:1||induction motor:1||inner panel:1||load estimation:1||load noise prediction:1||modal test:1||mode exchange:1||mode shapes:1||moving oscillator:1||multibody dynamic model:1||natural frequencies:1||nearly axisymmetric disk:1||noise and vibration:1||nonlinear effects:1||normalized impedance:1||optical disc drive:1||optical disk drive:1||parametric instability:1||perturbation method:1||porous sound absorber:1||power consumption:1||power transformer:1||projection television:1||radial deformation:1||regression equation:1||response measurement:1||rotary moving coil actuator:1||rubber suspension:1||s principle:1||seek time:1||sliding control:1||sliding mode controller:1||smooth picturing:1||sound radiation:1||speed control:1||spinning circular disk:1||steering conditions:1||structural dynamics:1||structure modification:1||suspension deformations:1||tailgate:1||tension control:1||the gear exciting frequency(기어  가진  주파수):1||the high precision gearbox(고정밀  감속기):1||the signal analysis(신호  분석):1||thin film:1||time integration:1||transfer path analysis:1||transmissivetype tilting actuator:1||transverse vibration:1||veering phenomenon:1||vehicle:1||vehicle driving test:1||velocity profile:1||vibration:1||vibration absorber (동흡진장치):1||vibration experiment:1||vibration reduction:1||vibration reduction (진동저감):1||vibroripper:1||von Karman Strain:1||wave propagation:1||wave reflection:1||web:1||가변 용량형 유압 베인 펌프:1||가진원:1||감속기소음:1||강체모션:1||계원용 자동현금관리기:1||고장분석:1||곡물선별기:1||곡물이송:1||공극:1||공기청정기:1||관입량:1||광디스크 드라이브:1||구조변경:1||굴삭기:1||금융자동화기기:1||기어 소음:1||기어가공정밀도:1||기어구동계:1||기어물림 주파수:1||기어소음:1||기어열 vibration Source:1||기어유격:1||기전연성방정식:1||기하학적 비선형성:1||도어 윈도우:1||동특성:1||동해석:1||동흡진장치:1||드릴리그:1||라그랑지 방정식:1||라그랑지 승수법:1||라그랑지안 관점:1||런아웃 오차:1||렌즈 투과형 액추에이터:1||리니어 피더:1||말뚝 변위 측정시스템:1||매입형 영구자석 동기 전동기:1||맥놀이 현상:1||모달 분석:1||모듈 플레이트:1||모드 실험:1||모드벡터:1||모드평가기준:1||모우드 해석:1||모터 진동:1||물림강성:1||물질이송:1||반송로봇:1||복합기 Sheet feeding apparatus:1||본 카르만 변형률:1||붐:1||브러쉬리스 직류 전동기:1||블레이드 체결부:1||상태감시:1||선회소음:1||선회장치:1||성능평가:1||세탁기:1||센터프레임:1||소음 규명:1||소음규명:1||소음저감:1||쇄교자속:1||스퀵소음:1||스퀼소음:1||스틱슬립:1||스프링 지지:1||시간에따라 변하는 회전 속도:1||시스템 분석:1||신호분석법:1||안전계수:1||암반천공:1||연료펌프:1||영구자석형 전동기:1||예인선:1||오일러리안 관점:1||용지이송기구Gear train:1||우주예인시스템:1||우주잔여물:1||워터펌프:1||원심팬:1||원심홴:1||윈도우 작동 소음:1||유연다물체 동역학:1||유연보:1||유한요소법:1||인덕턴스:1||인휠 모터 시스템:1||일차원 카메라:1||자려진동 모델:1||작동 중 변형 형상:1||저널베어링:1||저소음 설계:1||전기 버스 구동용 모터:1||전달경로분석:1||전달오차:1||전동식 지게차:1||절단지석:1||절대절점좌표계:1||절연장치:1||접촉문제:1||정해석:1||제프콧 로터:1||종단 질량:1||주파수 분석:1||주파수 응답함수:1||진동 규명:1||진동 저감:1||진동/충격 저감:1||진동시험:1||질량비례감쇠:1||차량 모터:1||천공장비1. 서:1||축 하중:1||취출로봇:1||측정편차:1||치형오차:1||캠벨선도:1||쿨링홴:1||탑 해머 천공기:1||탑해머 천공기:1||파동반사:1||파동전파:1||파동특성:1||편심:1||풍력발전기:1||프로젝션 TV:1||프린터 MFP:1||하중추정:1||항타:1||홴 소음:1||회전체:1||회전하는 외팔보:1||횡 방향 진동:1||휴대용 고속절단기:1||AEROACOUSTIC PERFORMANCE:1||AIRCONDITIONER:1||ATM:1||ATM기기:1||AXIALFLOW FANS:1||AXIALLY MOVING BEAM:1||Absolute Nodal Coordinate Formulation:1||Absolute nodal coordinate formulation:1||Accurate analysis:1||Actuator(액츄에이터):1||Adjacent cantilever beams:1||Air Purifier:1||AirGap:1||Airgap(공극):1||Automatic Ball Balancer (자동 볼 평형장치):1||Automatic Teller Machine:1||Automotive water pump:1||Axial Load:1||Axially Moving Materials(이송체):1||Axially moving and spinning beam:1||Axially moving beams:1||Axially moving robot manipulator:1||BEAMS:1||BEHAVIOR:1||BIT:1||BLADE:1||Bearing (베어링):1||Beat Phenomenon:1||Blade Joint:1||Blade stiffness:1||Boom:1||Brushless DC Motor:1||Brushless DC Motor(브러쉬리스 직류 전동기):1||CANTILEVER BEAM:1||CATENARY:1||CDROM:1||CFD analysis:1||CONTACT:1||Campbell Diagram:1||Car Holder:1||Center Frame:1||Centrifugal Fan:1||Chop Saw:1||Chordwise deformation:1||Coal ash disposal:1||Color Discerning Device(곡물선별기 ):1||Complex mode:1||Computational Fluid Dynamics (CFD):1||Condition Monitoring:1||Cone crusher(콘 크러셔):1||Contact Force:1||Contact Problem:1||Contact force:1||Contribution analysis(기여도 분석):1||Conveyance Robot:1||Conveying Material:1||Cooling Fan:1||Critical speed:1||Curved Pipe(곡선관):1||Curved pipe(곡선관):1||Cutting Disc:1||DEPLOYMENT:1||DPRMS(디지털 항타 관리기):1||DPRMs:1||DTH Drilling Machine:1||DTH 천공기:1||DVD:1||Damper:1||Damping value:1||Debris:1||Deorbit:1||Deploying Beam(전개하는 보):1||Deploying beam:1||Deploying beam with spin:1||Deployment and retrieval:1||Discretized equations:1||Door panels:1||Door window:1||Downthehole drilling:1||Downthehole hammer:1||Drill Rig:1||Drilling:1||Drilling machine:1||Dumbbell model:1||Dynamic Absorber:1||Dynamic Behavior(동적거동):1||Dynamic Behaviors:1||Dynamic Characteristics Natural Frequency:1||Dynamic Motion(동적 거동 ):1||Dynamic Response(동적응답):1||Dynamic Stability(동적 안정성):1||Dynamic analysis:1||Dynamic behavour:1||Dynamic characteristic(동특성):1||Dynamic response:1||Dynamic simulation:1||EV Bus Drive Motor:1||Eccentricity:1||

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