ScholarWorks@Gachon: Shin, Jaehyun

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Shin, Jaehyun (신재현)

건설환경공학과

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Tel 031-750-5498
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RAMS+:2||OpenMP:2||transverse dispersion:2||helical motion:2||Kmeans:2||Particle Dispersion Model:2||UNet:2||storage zone:2||입자 분산 모형:2||SVM:2||Arrangement Algorithm:1||Bond strength:1||Concentration:1||Connections:1||Crack:1||Deep learning:1||Dispersion tensor:1||Fick&:1||Flood inundation simulation:1||Flood risk assessment:1||Geographically weighted regression:1||HDM2D:1||Helically ribbed CFRP rebar:1||Hyperspectral image:1||Hyperspectral imagery:1||Image:1||Insitu measurement:1||Incipient velocity:1||Longitudinal dispersion coefficient:1||Machine learningbased regression model:1||Meandering channel:1||Mechanical anchorages:1||OpenFOAM:1||Optical variability:1||Parallel Programming:1||Particle:1||Pollutant Transport:1||Pollutant mixing:1||Pullout test:1||RGB imagery:1||Real Scale Experiment:1||Remote sensing:1||Residence time distribution:1||River flow:1||River water quality modeling:1||Riverside materials:1||Science Technology:1||Semantic segmentation:1||Sensitivity analysis:1||Shallow water bathymetry:1||Shear flow dispersion:1||Shear stress:1||Simulation Speed:1||South han river:1||Spatial heterogeneity:1||Specific force:1||Spectral characteristics:1||Stem density:1||Submergence ratio:1||Subway station:1||Suspended sediment:1||Suspended sediment concentration:1||Suspended solid:1||Toxic chemicals:1||Twodimensional model:1||UAVs:1||Vegetated flow:1||Velocity distribution:1||Vertical shear:1||Volatilization:1||Water Pollutant Accident:1||Water quality modeling:1||channel confluence:1||coastal cities:1||confluence angle:1||contaminant transport:1||depthaveraged relative turbulence intensity:1||dispersion coefficient:1||dispersion stress:1||ensembleaveraged instability assessment:1||flood:1||flood inundation:1||flow model:1||frozen cloud assumption:1||fuzzy synthetic evaluation:1||gate opening:1||hydraulic index:1||hydraulic information:1||hydraulic structures:1||inland submergence:1||integrated flood analysis:1||inundation depth:1||inundation graph:1||junction angle:1||meandering channel:1||momentum ratio:1||nonFickian mixing:1||nonlinear shear effect:1||particle image velocimetry (PIV):1||particle tracking:1||pedestrian safety:1||pollutant transport:1||rainfall pattern:1||recirculation zone:1||retention:1||rising sector gate:1||risk assessment:1||river confluence:1||river inundation:1||routing procedure:1||s law:1||safety indicators:1||scenario generation:1||secondary current:1||shallow water model:1||sharp curvature channel:1||shear flow dispersion:1||storm surge:1||subway station:1||tracer test:1||turbulence intensity:1||urban flood:1||urban inundation:1||velocity distribution:1||vertical shear in transverse velocity:1||vertical velocity profile:1||water quality:1||water surface elevation:1||과학기술:1||균열:1||남한강:1||농도:1||딥러닝:1||모의 속도:1||민감도 분석:1||배열 알고리즘:1||병렬 프로그래밍:1||부유 물질:1||부유사:1||분광 특성:1||사고대응시스템:1||수변공간 재료:1||수질 사고:1||수질모델링:1||실규모 실험:1||오염물 확산:1||오염물질 혼합:1||원격 탐사:1||유해화학물질:1||의미론적 분할:1||이미지:1||입자:1||지하역사:1||체류시간분포:1||초분광 이미지:1||침수 위험도 평가:1||침수 흐름 시뮬레이션:1||하천 흐름:1||하천수질해석:1||한계비력:1||한계유속:1||휘발:1||#8217:1||흡․탈착:1||2D SRP:1||2D STRP:1||2D contaminant transport model:1||2D numerical model:1||2차원 모형:1||2차원 수치모형:1||3D simulation:1||Absorptiondesorption:1||Accident response system:1||

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