ScholarWorks@Gachon: Song, Homin

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Song, Homin (송호민)

건설환경공학과

Research Area: 초음파 진단, 비파괴 평가, 구조 건전성 모니터링, Ultrasonic Diagnosis, Nondestructive Evaluation, Structural Health Monitoring

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Deep learning:4||Machine learning:3||concrete:3||attenuation:2||independent scattering approximation:2||aircoupled:2||Compressed Sensing:2||MEMS microphones:2||multiple scattering:2||Superresolution:2||MEMS ultrasonic microphone array:2||ultrasonic wavefield imaging:2||Nitrogen loss:2||ultrasound:2||optimization:2||cracking:2||Image processing:2||Rayleigh waves:2||Convolutional neural networks:1||Defect visualization:1||Dictionary Learning:1||Diffuse ultrasound:1||Drainage pipe:1||Drainage pipe detection:1||Drying and wetting:1||Electrochemical Impedance Spectroscopy:1||Electrochemical impedance spectroscopy:1||Empirical void size mapping:1||Ensemble learning:1||Equivalent circuits:1||Explainable AI:1||Frequencywavenumber (fk) domain signal analysis:1||GPT4:1||Global matrix technique:1||Guided Waves:1||Guided waves:1||Hidden void detection and quantification:1||Image classification:1||Impactresponse:1||In situ characterization:1||Insitu damage characterization:1||Incoherent:1||Interface defects:1||Lamb wave:1||Lamb waves:1||MASW:1||MEMs:1||Microcracks:1||Microcracking:1||Moisture migration:1||Multimodal nondestructive testing:1||NonDestructive Evaluation (NDE):1||Nondestructive evaluation:1||Nonuniform thermal distribution compensation:1||Noncontact Array Imaging:1||Noncontact ultrasonic array:1||Nondestructive evaluation:1||Nondestructive testing:1||Nutrient loss:1||Optical images:1||Scanning Laser Doppler Vibrometer:1||Semantic segmentation:1||Structural health monitoring:1||Subwavelength imaging:1||Subwavelength visualization:1||Super resolution:1||Thermal image:1||Tile drain:1||Ultrasonic Array Imaging:1||Ultrasonic Beamforming:1||Ultrasonic beamforming:1||Ultrasonic scanning:1||Uncertainty quantification:1||Watercement Ratio:1||Watertocement ratio:1||Wavelet transform:1||alkalisilica reactivity:1||automated damage detection:1||bridge field testing:1||budget allocation model:1||concrete delamination:1||contactless:1||damage visualization:1||deep learning:1||earthquake:1||economic losses:1||guided waves:1||hybrid modeling:1||laser Doppler vibrometer:1||machine learning:1||marine environment:1||noncontact guided wave array:1||noncontact ultrasound:1||nondestructive testing:1||pavement:1||quality maintenance:1||rapid wavefield data collection:1||reinforcement plan:1||sawcutting time:1||scanning laser Doppler vibrometer:1||scanning measurements:1||selfreferencing fk filter:1||soil moisture:1||sparse wavefield reconstruction:1||structural health monitoring:1||subwavelength imaging:1||surface wave:1||surface waves:1||ultrasonics:1||wireless:1||wireless PZT excitation:1||격납건물 라이너 플레이트:1||결함 시각화:1||딥러닝:1||머신러닝:1||물시멘트비:1||배면 결함:1||블랙아이스:1||비파괴 평가:1||비파괴검사:1||스캐닝 계측:1||시멘트계 재료:1||아스팔트 포장:1||웨이블릿 변환:1||이미지 식별:1||인공신경망:1||전기화학적 임피던스 분광법:1||충격응답:1||콘크리트:1||품질관리:1||Active lockin thermography:1||해양환경:1||Aerial images:1||Aircoupled:1||Aircoupled sensing:1||Alkalisilica rection:1||Artificial Neural Network:1||Artificial neural networks:1||Asphalt pavement:1||Attenuation:1||Backscatter:1||Bayesian deep learning:1||Binary image processing:1||Black ice:1||Cementitious Material:1||Concrete Structures:1||Concrete crack detection:1||Contactless wavefield measurements:1||Containment liner plate (CLP):1||

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