ScholarWorks@Hanyang University ERICA Campus: Shin, Sungwon

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Shin, Sungwon (신성원)

ERICA 공학대학 (ERICA 해양융합공학과)

Research Area: 해안/해양공학, 연안재해, 해양신재생에너지, Coastal Engineering, Coastal Hazards, Marine Renewable Energy

Tel 031-400-5533
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Tsunami:8||numerical modeling:5||sediment transport:4||Inundation:4||field observation:4||Rip current:4||Laboratory experiments:4||submerged breakwater:3||Laboratory tests:3||COMCOT:2||Turbulence:2||Optical measurements:2||Beach erosion:2||largescale experiment:2||Overland flow:2||Experiment:2||breaking waves:2||지진해일:2||Numerical model:2||Numerical modeling:2||Numerical simulation:2||crescentic sand bar:2||tsunami:2||Macroroughness:2||tsunamilike wave:2||Submerged breakwater:2||Wave reflection:2||RANS:2||Breaking waves:2||OpenDrift:2||physical modeling:2||Drifter:1||Dune erosion:1||Early Detection System:1||East Sea of Korea:1||Elevated structures:1||Elevated woodframe building:1||Erosion:1||Erosion type beach deformation:1||Experiments:1||Field observation:1||Field observations:1||Finite element model updating:1||Flooding mitigation structures:1||Force:1||Friction factor:1||GNSSreflectometry:1||Hurricane:1||Hydraulic model test:1||Hydrodynamic and force reduction:1||Hydrodynamic ocean models:1||Hydrodynamics:1||Jarlantype structure:1||Korean Peninsula:1||Laboratory experiment:1||Large eddy simulation and momentum flux:1||Largescale:1||Largescale laboratory experiments:1||Leeway:1||Local scouring:1||MCIP method:1||Macrotidal:1||Maritime distress:1||Measurement:1||Model calibration:1||NavierStokes equation:1||Nonseismic sealevel oscillations at tsunami timescale:1||Numerical simulations:1||OWC wave power generation system:1||Obstacle:1||Offshore observation Instruments:1||Oil slick transport simulation:1||OpenFOAM:1||Optimal deployment:1||Overland flowSubmerged breakwaterSeawallMangrovesForce mitigation:1||Parameters:1||Partially perforated wall:1||Physical model:1||Physical modeling:1||Pressure:1||Probability analysis:1||Reflection:1||Resonator:1||Return flow:1||Rubblemound structure:1||SBREACH:1||Satellite observations:1||Sea dike:1||Search and Rescue:1||Sensitivity:1||Setting depth:1||Sheltering effect:1||Shortperiod waves:1||Storm surge:1||Submerged breakwaters:1||Surf zone:1||Surge:1||System identification:1||Tetrapodarmored:1||Tsunami mitigation:1||Tsunami propagation model:1||Twophase flow:1||UAV:1||Ulleung surge gauge:1||Wave and surge overland flow:1||Wave attenuation:1||Wave breaking:1||Wave forces:1||Wave loads:1||Wave models:1||Wave overtopping:1||Wave runup:1||Wave structure interaction:1||Wave transformation:1||Wave transmission:1||Wavestructure interaction:1||Woodframed structure:1||XBeach:1||XBeach model:1||bathymetric survey of precision:1||beach process:1||bore:1||boregenerated turbulence:1||boundary layer:1||coastal erosion:1||coastal sand dune:1||coastal topography:1||docking system:1||drainage layer:1||dune scarp:1||dynamic modeling:1||early detection system:1||elevated structure:1||empirical formula:1||environmental factors:1||exceedance probability:1||gabion:1||horizontal wave force:1||horizontal wave pressure:1||image analysis:1||image registration:1||inner surf zone:1||largescaled moveable bed experiment:1||mean flow velocity variation:1||meteorological forcing:1||meteorological tsunami:1||morphodynamic modeling:1||multiGNSS:1||natural hazards:1||noise detection:1||nonhydrostatic pressure:1||observation:1||offshore observation instrument:1||olaFlow:1||optimal deployment:1||orphodynamics:1||passive acoustic monitoring:1||physical model test:1||pressure gradient:1||reef experiment:1||remote sensing:1||rip current:1||snap rate:1||snapping shrimp noise:1||stereo imaging:1||storm surge:1||submerged shoal:1||swash zone:1||tetrapod:1||tide effect:1||tide gauge records:1||tidetsunami interaction:1||tsunami force:1||tsunami pressure:1||tsunami propagation:1||turbulence:1||twophase flow:1||unsupervised learning:1||vertical structure:1||vertical wall:1||video imagery:1||wave breaking:1||wave celerity:1||wave force:1||wave height amplification:1||wave observation:1||wave overtopping reduction factor:1||wave runup:1||wave transmission:1||비디오 영상:1||비지도 학습:1||수리모형실험:1||수평파력:1||수평파압:1||영상 정합:1||외해 관측 장비:1||조기탐지 시스템:1||지진해일 전파 수치모델:1||직립구조물:1||최적 배치:1||2010 Chilean tsunami:1||파랑 이동 속도:1||2011 Tohoku tsunami:1||3dimensional numerical wave flume:1||3D hydraulic model experiment:1||3D model:1||Air flow:1||Air gap:1||Argus:1||Argus camera:1||Artificial reef:1||Artificial reef block:1||Artificial reef, threedimensional experiments:1||Atmospheric models:1||Barred beach:1||Barrier beaches:1||Beach nourishment:1||Benchmark:1||Boussinesq modeling:1||Breakwaters:1||COBRAS:1||COULWAVE:1||Caisson breakwater:1||Coastal dune:1||Coastal structure:1||Countermeasure plan:1||Damage progression:1||Debris:1||Debris transport:1||Density:1||Destructive hydrodynamic tests:1||Dislocation:1||

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