ScholarWorks@Gachon: Park, Kyoung Su

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Park, Kyoung Su (박경수)

Engineering (기계공학부)

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Tel 031-750-5520
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Surface roughness:2||Vibration:2||loading process:2||Background subtraction:2||Vibrationbased:2||Suspension:2||Structural Static Test:2||External Store:2||slider dynamics:2||moving target:2||cosine similarity:2||Convolutional Neural Network:2||Hysteresis:2||infrared videos:2||Ultrasonic vibration:2||rampdisk contact:2||Cable driven parallel robot:1||Cable reaction force:1||Cabledriven robot:1||Capacitance sensor:1||Capillary wave:1||Circular membrane:1||Cleanup time:1||Clutter:1||Coil Spring:1||Collision avoidance:1||Commercial Reactor:1||Computational modeling:1||Contact:1||Contact Mechanics:1||Contact angle:1||Contact lines:1||Creep:1||Current density:1||Dahl friction model:1||Data logging:1||Diagnosis:1||Diecasting base:1||Droplet:1||Droplet on membrane:1||Drops:1||Dynamic behavior:1||Dynamic creep:1||Dynamics:1||EDS type maglev:1||Elastic membrane deformation:1||Elastic modes:1||Electromechanical coupling modeling:1||Encoding metrics:1||End effectors:1||Equivalent airspeed:1||Estimation:1||Excitation frequency by acceleration:1||FEM:1||Fault Detection:1||Feature extraction:1||Finite Element Method:1||Flexible car body:1||Fluidstructure Interaction:1||Frack wear:1||Frequencybased variable constraints:1||Gap difference:1||Geoscience and remote sensing:1||Gust load:1||HAGC systems:1||Hard disk drive:1||Hardening effect:1||Harsh condition:1||Heat Power:1||Helically stranded wires:1||Heuristic algorithms:1||Highspeed train:1||Inertial Load:1||Inertial load:1||Information filters:1||Input saturation:1||Integrated nonlinear dynamic model:1||Kinematics:1||LK functional:1||LMIs:1||Long Short Term Memories:1||Longtime vibration:1||Low axial tension:1||Lubricant:1||MLCC:1||Maintenance:1||Maximum peak velocity:1||Microsphere array:1||Mobile cabledriven parallel robot:1||Modal test:1||Multibody dynamics:1||Multilayer design:1||Multiphase flow:1||Natural frequency of cable:1||Natural frequency of whole system:1||Nonlinear Dynamics:1||Object detection:1||Operational shock:1||Optimized soldering method:1||Osteoporosis:1||Parallel robots:1||Pearson correlation coefficient:1||Polymer cable:1||Practical tension estimation:1||Pretrained model selection:1||Ramp/disk contact:1||Rapidly exploring random tree:1||Rayleigh energy method:1||Reactor Internals:1||Recovery:1||Remaining useful life:1||Robots:1||Scaleddown Model:1||Sensitivity function:1||Sessile drop:1||Shape memory alloy:1||Shock analysis:1||Short length:1||ShortTime Fourier Transformation:1||Shortand longterm recovery:1||Signal to noise ratio:1||Simplified model:1||Simulation framework:1||Slewing Bearing:1||Slider:1||Spatialtemporal saliency:1||Stability and kinematic performance:1||Stamped base:1||Stepped conductivity:1||Submicrosized 3D shape:1||Surface acoustic wave:1||Surface coating:1||Surface wettability:1||Target tracking:1||Task analysis:1||Timefrequency Analysis:1||Timevarying delay:1||Tool Condition Monitoring:1||Tool condition monitoring:1||Trajectory:1||Transfer function:1||Transfer learning:1||Twostepped cantilever beam:1||Ultrahighspeed maglev:1||Vertical vibration:1||Vibration Isolator:1||Video sequences:1||Videos:1||Viscous boundary layer:1||Viscous boundary layer thickness:1||Viscous liquid:1||Vision system:1||Whiffletree:1||Wireless system:1||Wrench feasible workspace:1||accumulated lubricant:1||active lateral suspension:1||adaptive control:1||cabledriven parallel robots (CDPRs):1||diffusion process:1||disk curvature:1||drop test:1||dynamic behavior:1||dynamic environment:1||empirical convection correction:1||fixedtime prescribed performance:1||fluidstructure coupling:1||fluidstructure interaction:1||head stack assembly (HSA) bending mode:1||high accuracy:1||illumination variations:1||image processing:1||integral reactor:1||large mass method:1||linear dependence:1||low complexity:1||low signal to noise ratio:1||low signaltonoise ratio:1||lubricant transfer:1||micropatterning:1||nonlinear modeling:1||nonoperational (NOP) shock:1||presliding:1||pulley bearing friction:1||quick transition:1||reflow time:1||reflowed lubricant:1||resonant droplets:1||scaleddown model:1||seismic analysis:1||seismic response:1||shock analysis:1||slider dynamic analysis:1||sliderdisk contact:1||stamped base:1||state constraints:1||surface deformation:1||tDCS:1||takeoff (TO):1||torsional vibration suppression.:1||touchdown (TD):1||transient shock analysis:1||tubular permanent magnet actuator:1||unsteady proximity condition:1||urban traffic surveillance sensor:1||vertical torsional coupling vibration:1||vibration control:1||vibration suppression:1||water cooling:1||가속도계:1||거친 환경:1||고소작업대:1||관성 하중:1||구조시험:1||데이터 로깅:1||돌풍 하중:1||등가 대기 속도:1||무선 시스템:1||비대칭 탑재:1||비선형 동역학:1||서스펜션:1||시간주파수 분석:1||외부 장착물:1||장단기 메모리:1||접촉 역학:1||진동 아이솔레이터:1||케이블 반력:1||코일 스프링:1||툴 상태 감시:1||플랭크웨어:1||합성곱 신경망:1||1DCNN:1||휘플 트리:1||1차원 CNN:1||2DCNN:1||2차원 CNN:1||Accelerometer:1||Acoustic noise:1||Adaptation models:1||Adaptive samplingbased motion planning:1||Air bearing pressure:1||Approach and withdrawal speed:1||Asymmetric:1||Asymmetric mounting:1||AutoEncoder:1||Autonomous navigation:1||Biological system modeling:1||Bone mineral density:1||

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