ScholarWorks@Korea University: Son, Sangyoung

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Son, Sangyoung (손상영)

College of Engineering (School of Civil, Environmental and Architectural Engineering)

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Tel 02-3290-4865
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지진해일:4||Tsunamis:4||tsunami:3||GPU:3||fault failure with time difference:2||Multifractal:2||Mildslope equation:2||numerical simulations:2||sediment transport:2||numerical simulation:2||Wave reflection:2||Analytical solution:2||Delft3D:2||field observation:2||Boussinesq model:2||시간차 단층파괴:2||Active generation:1||tsunamiinduced current:1||finitevolume method:1||초기 파형:1||initial surface elevation:1||LaplaceFourier transformation:1||Celeris advent:1||Generative adversarial network:1||dispersion:1||Void fraction:1||Scalar transport:1||Sediment transport:1||Korean:1||쯔나미:1||structure shape:1||coupled atmospherehydrology modeling:1||soil moisture:1||Reynoldsaveraged NavierStokes equations:1||Nozzle geometry:1||Anak Krakatau:1||landslide:1||1993 Hokkaido Earthquake:1||crossshore profile:1||sensitivity analysis:1||natural topography:1||Infinite element:1||Particle image velocimetry:1||Satellite images:1||Internal wave:1||Linear wave theory:1||Wavemaker:1||nearshore circulation:1||longshore bar:1||Maximum tsunami runup:1||active tsunami generation:1||Numerical modeling:1||tsunamis:1||번역:1||Dambreak flow:1||Nearshore scalar transport:1||Numerical model:1||Rainfallrunoff:1||Storm surges:1||deposition:1||해빈침식:1||sediment transport scaling factors:1||BoxCount Method:1||NavierStokes equation NavierStokes 방정식:1||시간이력 수심변화:1||LaplaceFourier 변환:1||timedelayed bottom variation:1||linear water wave:1||Energy damping:1||absorption:1||Deep water wave:1||Boussinesq Equation:1||Boussinesq 방정식:1||이송확산방정식:1||Storm surge:1||Tsunami modelling:1||Bayesian network:1||Datadriven analysis:1||수치 모델:1||storm surges:1||coastal Kelvin waves:1||optimization:1||surface boundary layer:1||Boussinesqtype equations:1||GPU acceleration:1||DualGaussian deformation:1||Sealevel rise:1||Tropical cyclone intensity:1||Extreme storm surge height:1||Ensemble experiment:1||단층 파괴:1||수치 모형:1||지형변화:1||kepsilon Model:1||Boundary condition:1||완경사 방정식:1||반사:1||Finite element method:1||Adaptive time stepping:1||AdamsBashforth:1||Boussinesq:1||Wave modeling:1||Wind velocity:1||advection:1||permeable revetments:1||morphodynamic modeling:1||Nonhydrostatic model:1||ripcurrents:1||sensitivity:1||inundations:1||Xbeach:1||bathymetric change:1||1993 Hokkaido earthquake:1||Breaking wave:1||Fault failure:1||Advectiondiffusion equation:1||Terrain change:1||Terminological definition:1||translation speed:1||Lamina model:1||genetic algorithm:1||lateral force:1||Sea surface temperature:1||Greenhouse gas concentration scenario:1||tsunami model:1||Atmospheric motion vectors:1||AdvectionDiffusion Equation:1||coastal processes:1||Resistancetype wave gauge:1||Energy dissipation:1||Numerical scheme:1||Contact discontinuity:1||한글:1||landfall angle:1||dam break:1||extreme rainfall:1||Wave breaking:1||Inundations:1||Statistical turbulence model:1||volcano:1||Timedelay:1||Numerical Model:1||beach erosion:1||Turbulence Intensity:1||ReynoldsAveraged NavierStokes Equations:1||Oil spill 유류유출:1||analytical solution:1||oil spill modeling:1||Bathymetric changes:1||storm condition:1||numerical modeling:1||Delayed rupture:1||Single spectrum analysis:1||Shallow water equations:1||Translation:1||RANS model:1||energy dissipator:1||sea surface temperature:1||Rupture directionality:1||Climate change:1||수치모의:1||Fault Rupture:1||시간 이력:1||Advectiondiffusion 이송확산:1||해석해:1||지진해일모형:1||에너지 감쇠:1||Laplace equation:1||transformation:1||runup:1||COMCOT:1||Exceedance probability:1||Capacitancetype wave gauge:1||numerical model:1||Numerical simulations:1||Antidiffusion function:1||tropical cyclones:1||kε model:1||flooding:1||Rupture velocity:1||Generic climate conditions:1||Turbulence intensity:1||BoxCount method:1||field survey:1||scouring:1||1993년 홋카이도 지진:1||표사이동량 매개변수:1||민감도분석:1||komega Model:1||Mild slope equation:1||Energycontrolling area:1||Finite different method:1||multiInterDyMFoam:1||olaDyMFlow:1||Rip current:1||crescentic sand bar:1||능동적 지진해일 생성:1||Faulting kinematics:1||Earthquakeinduced surge:1||쓰나미:1||한글표현:1||Flowstructure interaction:1||

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