ScholarWorks@SUNGKYUNKWAN UNIVERSITY: PARK, SEUNG HEE

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PARK, SEUNG HEE (박승희)

Engineering (Civil, Architectural Engineering and Landscape Architecture)

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structural health monitoring:7||Magnetic flux leakage:7||piezoelectric sensor:6||누설자속:6||PSC girder:5||Point cloud:4||nondestructive testing:4||비파괴검사:4||Octree:4||EM sensor:4||Structural health monitoring:4||Visualization:3||Piezoelectric sensor:3||Deep learning:3||Ultrasonic waves:3||Embedded piezoelectric sensor:3||EM 센서:3||Terrestrial Laser Scanning:3||artificial neural network:3||Deflection:3||Machine learning:3||Tensile force:3||embedded EM sensor:3||Nondestructive evaluation:3||tensile force estimation:3||machine learning:3||Structural health monitoring (SHM):3||Terrestrial laser scanning:3||magnetic flux leakage:3||Maturity method:2||Building Energy Management System (BEMS):2||High strength concrete:2||Phase assemblage:2||Smart city:2||Hilbert Transform:2||비투자율 계측:2||Hilbert transform:2||Piezoelectric sensors:2||measurement of permeability:2||Microenergy grid:2||Concrete strength estimation:2||Flaw image:2||슈미트해머:2||Image processing:2||Point Cloud:2||Portland cement:2||Forestry:2||BWIM:2||Bscan:2||GEV distribution:2||Pressure decay test:2||철도레일:2||concrete strength estimation:2||Damage:2||Computer vision:2||Building information modeling (BIM):2||Noncontact NDT:2||Pulsed laser scanning:2||Convolutional neural networks:2||Linear regression:2||damage detection:2||damage quantification:2||RBFN:2||deep learning:2||Genetic algorithm:2||Nuclear power plant:2||Tensile force estimation:2||steel wire rope inspection:2||Electromechanical impedance:2||Damage quantification:2||Concrete curing:2||electromechanical impedance:2||Data augmentation:2||Corrosion:2||Ultra high performance concrete:2||ultrasonic wave propagation imaging:2||Magnetic Flux Leakage:2||Ultrasonic wave propagation image:2||fatigue crack:2||Guided wave:2||wire rope:2||PP value:2||Energy operation center:2||PS tendon:2||Schmidt hammer:2||PS 텐던 긴장력 추정:2||Building Energy Information Modeling (BEIM):2||harmonic wave:2||국부손상:2||PSC 거더:2||Wavenumber filtering:2||Crack detection:2||FBG sensor:2||Embedded Piezoelectric Sensor:1||Embedded elasto‐magnetic (EM) sensor:1||Embedded smart sensor module:1||Energy saving system:1||Ensemble:1||Explainable artificial intelligence:1||External damage:1||Failure mode:1||Fall from height:1||Fires:1||Forestfire management:1||Fourier transform:1||Free cantilever method (FCM):1||GEV분포:1||GPR:1||Generalized extreme value distribution:1||Generative adversarial networks:1||Genetic algorithm (GA):1||Geopolymer:1||Google Earth Engine (GEE):1||Graphic user interface (gui):1||Ground Penetrating Radar:1||Groundpenetrating radar:1||Guidedwave propagation:1||HSDPA:1||HVAC (heating:1||Harmonic wave:1||Hausdorff distance:1||Heatwaves:1||Helicopters:1||Hybrid alkaline cement composite:1||ICP algorithm:1||ISO/IEC 9126:1||Integration control system:1||Intensity:1||Internet of Things:1||Kmeans clustering:1||Koreamicro energy grid (kmeg):1||Landsat imagery:1||Latent class clustering analysis:1||Lidar:1||Light detection and ranging (LiDAR):1||Load cell:1||Loadbearing capacity:1||Local Damage:1||Local damage detection:1||Local defect:1||Local fault:1||Localized photothermal curing:1||Magnetic Flux Leakage (MFL):1||Magnetic Flux Leakage(MFL):1||Magnetic hysteresis curve:1||Main cable:1||Maintenance:1||Masked image consistency:1||Material property evaluation:1||Mechanical properties:1||Membrane damage:1||Membrane damage detection:1||Membrane integrity test:1||Micro energy grid:1||Migration:1||Mode decomposition:1||Monitoring:1||Multidecadal changes:1||Multilabel classification:1||Nd:1||Nondestructive Evaluation:1||Nondestructive evaluation (NDE):1||Nondestructive examination:1||Nondestructive testing:1||Nondistructive test:1||Nondestructive test:1||Nondestructive testing:1||Nondestructive testing (NDT):1||Object detection:1||Object segmentation:1||Objectbased image analysis (OBIA):1||Occupational accident:1||Octree data structure:1||Octree space partitioning (OSP):1||Optical fiber sensor:1||Optoacoustic transmitters:1||Otsu&apos:1||PS Tendon:1||PS 텐던:1||PSC bridge:1||PSC structure:1||PSC 교량:1||PSC 구조물:1||PS텐던:1||PZT (piezoelectric) sensors:1||PZT transducers:1||Permeability:1||Piezoelectric Sensor:1||Piezoelectric material:1||Pipeline structures:1||Pitchcatch guided wave:1||Plate structure:1||Platelike structures:1||Plates:1||Plumbing maintenance:1||Portland cement paste:1||Prestress:1||Prestressed concrete:1||Prediction:1||Pressure Deformation:1||Probable Rainfall:1||Propagation:1||Proposals:1||Pulsed laser:1||QSwitch 레이저 가진 시스템:1||Qswitched laser system:1||Railroad:1||Railroad inspection:1||Railroad track:1||Railway:1||RandLANet:1||Random forest regression model:1||RayleighLamb equation:1||Rebar Thickness:1||Rebar diameter:1||Rebound hardness test:1||Remote Inspection:1||SHM:1||SMA washer:1||Safety management:1||Scanning laser source:1||Search coil:1||Seismic performance:1||Sejong city:1||Selfhealing:1||Selfsensing Impedance:1||Sensor location recognition:1||Sentinel2:1||Shape Information Model:1||Shape information model:1||Shape management:1||Shape memory alloy:1||Signalprocessing:1||Small and overlapping object detection in construction site based YOLO (SOCYOLO):1||Smart green city:1||Smart materials:1||SmartRock:1||Softpool:1||Speedup test:1||Static loading test:1||Steel Cable NDT:1||Steel Member NDE:1||Steel bar inspection:1||Steel cable:1||Steel plate:1||Steel plate reinforcement:1||Stereo camera:1||Stereo vision:1||Strain variation:1||Strength development:1||Strength estimation equation:1||Structural Deflection:1||Structural Shape Management:1||Structure health monitoring:1||Sulfate attack:1||Supplementary cementitious materials:1||Supply air temperature:1||Support vector machine:1||Synthetic data:1||TLS data:1||TRM:1||Temperature compensation:1||Temporary steel rod:1||Terrestrial Laser Scanning (TLS):1||Terrestrial laser scanning (TLS):1||Thermal characteristics:1||Thermodynamic modeling:1||Total flux:1||Transfer learning:1||Transformer network:1||Ultrasonic pulse velocity method:1||Ultrasonic sensor:1||Ultrasonic wave propagation imaging:1||Underwater concrete:1||Underwater concrete structures:1||Unsafe behaviors detection:1||Unsupervised domain adaptation:1||User Experience:1||Velocity effect:1||Ventilation and air conditioning):1||Verification of Visualization Solution:1||Voxel:1||Wave Mode Decomposition:1||Weakly supervised object localization:1||Web browser:1||Wildfire:1||Wildfire detection:1||Wildfire response:1||Wind speed:1||Wire rope nondestructive evaluation:1||Worker detection:1||Xray diffraction:1||YAG pulsed laser scanning system:1||YOLOv3:1||a multiscale actuated sensing:1||acoustic emission:1||alkaliactivated slag:1||ambient:1||artificial intelligence:1||augmented reality (AR):1||bh loop:1||big data:1||bolt looseness detection:1||bridges:1||building information modeling (BIM):1||building work:1||carbonation:1||closerange photogrammetry:1||closerange photogrammetry(CRP):1||computer vision:1||concrete early age strength:1||concrete quality:1||construction work:1||contact acoustic nonlinearity:1||contacttype damage:1||continuous wavelet transform:1||corrosion damage:1||crosssectional loss:1||curve fitting:1||damage visualization:1||decision support system:1||deflection:1||degree of reaction:1||digital signal processing:1||disaster anagement:1||dispersion curves:1||dynamic characteristic:1||earlyage concrete strength estimation:1||electromechanical impedance:1||embedded elastomagnetic sensor:1||embedded piezoelectric sensor:1||energy diagnosis:1||energy efficiency:1||energy feedback:1||energy harvesting:1||environmental condition:1||estimation of total axial load:1||feedforward neural network:1||finite element (FE) simulation:1||frequencywavenumber domain:1||generalized extreme value distribution:1||genetic algorithm (GA):1||geometric model optimization:1||ground anchor:1||ground penetrating radar:1||guided wave:1||guided waves:1||hazard and operability study:1||heat exchanger:1||heatmap:1||hybrid sensing:1||i:1||imageprocessing:1||instantaneous baseline damage detection:1||instantaneous variation:1||laser applications:1||local fault:1||long shortterm memory (LSTM):1||low power system:1||lowvoltage EM sensing technique:1||magnetic flux leakage(MFL):1||magnetic hysteresis curve:1||magnetic hysteresis measurement:1||magnetostriction effect:1||mesh reconstruction:1||microcontact theory:1||mobile telecommunication technology:1||modal analysis:1||mode decomposition:1||multifunctional system:1||nondestructive evaluation:1||noncontact nondestructive testing:1||nonlinear impedance:1||nonlinear wave modulation spectroscopy:1||numerical simulation:1||object detection:1||overload vehicle enforcement:1||piezoelectric material:1||pipeline structure:1||point cloud:1||prediction:1||preliminary hazard analysis:1||pressure safety valve:1||prestressing force estimation:1||radial basis function network:1||risk assessment:1||risk index:1||root mean square:1||s method:1||safety management:1||safety management information system:1||scanning laser source actuation:1||selfhealing:1||selfmonitoring:1||signal processing:1||solidstate NMR:1||steel rod:1||strength development:1||structural shapes:1||supercritical CO2:1||supplementary cementitious materials:1||support vector machine:1||system identification:1||tendon damage:1||tensile force management:1||tensile force monitoring:1||terrestrial laser scanning (TLS):1||thermodynamic modeling:1||total flux:1||tube rupture:1||ultrasonic waves:1||visualization of information:1||wavenumber filtering:1||wavenumber 필터링:1||waves:1||wireless internet:1||wireless sensor node:1||가시화 솔루션 검증:1||강판:1||강판보강:1||건물 진단:1||결함탐상:1||과적단속:1||구조물 건전성 모니터링:1||국부단면손상:1||근접사진측량:1||기후변화:1||긴장력 관리:1||긴장력 모니터링:1||내진성능:1||누설자속기법:1||누설자속탐상:1||동적응답:1||두께:1||반발경도시험:1||배관 구조물:1||변형률변화특성:1||비접촉 비파괴 검사 시스템:1||비파괴 검사:1||사용자 경험:1||설계홍수량:1||손상 검출:1||손상 영상:1||손상 진단:1||손상정량화:1||수중 콘크리트:1||수중콘크리트구조물:1||수치 시뮬레이션:1||압착 변형:1||와이어로프:1||와이어로프 비파괴검사:1||원격진단:1||유출곡선지수:1||자기이력계측:1||자기이력곡선:1||자속의 순간변화량:1||재료물성치 평가:1||재해 관리:1||저전압 EM센싱기법:1||정적가력실험:1||증속시험:1||철근:1||초음파 전파 영상:1||초음파센서:1||초음파속도법:1||촬영조건:1||축중량:1||케이블 비파괴검사:1||케이블 이동로봇:1||파괴모드:1||합성곱 신경망:1||확률강우량:1||히트맵:1||힐버트 변환:1||3D Scan Data:1||힐버트변환:1||3D Visualization:1||3D engine:1||3D scan data:1||3D webbrowser:1||3D 기사화:1||Acoustic emission sensor:1||Active Stereo Vision:1||Alkali Activated Slag Concrete:1||Alluvial flow diagram:1||Artificial Neural Network:1||Artificial neural network:1||Augmented reality:1||Autogenerated training samples:1||BH loop measurement:1||BEMS:1||BIM:1||Bas gateway (energy control system):1||Bayesian neural network:1||Big data:1||Bilateral filtering:1||Biological system modeling:1||Blast furnace slag:1||Bolted joints:1||Branch weightedaverage triplet attention:1||Bridge structure:1||Building Diagnosis:1||Building Energy Information:1||Building automation system (BAS):1||Building energy management system:1||Building energy performance simulation:1||Building energy saving:1||Building facade:1||Building information modeling:1||Building information modelling:1||Burn severity:1||CFRP debonding:1||CNN:1||CNTPDMS:1||Cable Climbing Robot:1||Cable NDE:1||Cable climbing robot:1||Carbon nanotube (CNT) sensors:1||Carbonation:1||Channel attention module:1||Climate Change:1||Coastal dynamics:1||Coastal erosion/accretion:1||Concrete Strength Estimation:1||Concrete earlyage strength:1||Concrete slump test:1||Construction safety:1||Construction site monitoring:1||Convolution Neural Network:1||Convolutional neural network:1||Correlation analysis:1||Crack:1||Cryogenic temperature:1||Curve Number:1||CycleGAN:1||DC magnetization:1||Damage Quantification:1||Damage diagnosis:1||Damage localization:1||Damage type classification:1||Data preprocessing:1||Data visualization:1||Decision support:1||Decision support systems:1||Defect detection:1||Deflection Monitoring:1||Deformation:1||Densenet:1||Depth Camera:1||Depth Camera (DC):1||Design Flood:1||Digital meter:1||Digital twin:1||Disaster Management:1||Disaster response system:1||Double Deck Tunnel:1||EMI (electromechanical impedance):1||Earlyage Strength:1||Earlyage concrete strength:1||East coast of South Korea:1||Edge detection:1||Elastomagnetic (EM) sensor:1||Elastomagnetic sensor:1||Electromechanical impedance (EMI):1||Electromechanical (EMI):1||Electromechanical impedance:1||Electromechanical Impedance:1||Embedded EM sensor:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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