ScholarWorks@Hanyang University: Kang, Seok koo

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Kang, Seok koo (강석구)

COLLEGE OF ENGINEERING (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

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Tel 02-2220-0305
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Immersed boundary method:7||Turbulence:5||largeeddy simulation:4||turbulence:4||Level set method:4||Free surface flow:3||Large eddy simulation:3||morphodynamics:2||Sediment transport:2||Nitrifying bacteria:2||Local scour:2||Drainage gates:2||Numerical modeling:2||Deep learning:2||Largeeddy simulation:2||stream restoration:2||NavierStokes equation:2||Flash flood:1||Floating structures:1||Flow discharge:1||Flow measurement:1||Flow modeling:1||Flow prediction:1||Fluidstructure interaction:1||Highresolution simulation:1||Horizontal axis tidal turbine:1||Hydraulic experiments:1||Hydraulic structures:1||Hydrokinetic energy:1||Inlet turbulent boundary conditions:1||Internal wave generation:1||Jhook:1||KOMPSAT2:1||LES: largeeddy simulation:1||LSTM:1||Large eddy simulations:1||Largeeddy simulations:1||Levelset method:1||Long shortterm memory:1||MODIS:1||Marine and hydrokinetic turbine:1||Morphodynamics:1||Natural waterways:1||NavierStokes equations:1||Navierstokes:1||Nitrification:1||Noah Land Surface Model:1||Numerical models:1||Numerical simulation:1||Openchannel flow:1||Optimal condition:1||Optimization:1||Permeate flux:1||Rainfallrunoff model:1||Renewable energy:1||Reverse osmosis:1||Reynoldsaverage NavierStokes equations:1||Reynoldsaveraged NavierStokes modeling:1||River flow:1||River restoration:1||Rock vane:1||SST k  omega:1||Saemangeum tidal dyke:1||Salt rejection:1||Sediment transport models:1||Soyang river dam:1||Steady state:1||Stream flow:1||Tidal barrier:1||Tunnel construction wastewater:1||Turbine wake:1||Turbulent flow:1||Twophase free surface flow:1||Unspurvised classification:1||WWTP:1||Wake:1||Wastewater treatment plant:1||Water and energy fluxes:1||actuator surface model:1||actuators:1||all sky conditions:1||coagulationfiltration:1||computational fluid dynamics:1||convolutional neural network:1||desert wash:1||distributed hydrologic model:1||evapotranspiration:1||finite difference method:1||flash flood:1||flood flow predictions:1||flow simulation:1||hydrology:1||immersed boundary:1||incompressible flow:1||land use and land classification:1||largescale rivers:1||level set method:1||long shortterm memory (LSTM):1||machine learning:1||meandering river:1||microfiltration membrane:1||openchannel flow:1||radar precipitation:1||reclamation:1||regional atmospheric run:1||regional wave run:1||reverse osmosis membrane:1||revised RSPM algorithm:1||river restoration:1||river training:1||river training structures:1||sediment transport:1||spur dike:1||streams and rivers:1||threedimensional models:1||tunnel construction wastewater:1||turbulence simulation:1||turbulence simulation and modelling:1||turbulent flow:1||turbulent flows:1||unsteeady RANS:1||vortex dynamics:1||vortex instability:1||vortex interactions:1||waked turbine:1||wakes:1||wind:1||wind turbine wakes:1||wind turbines:1||강우유출 모형:1||딥러닝:1||소양강댐:1||유량:1||유량예측:1||인공신경망:1||3D numerical analysis:1||인공지능:1||Activated sludge:1||Artificial intelligence:1||Artificial neural network:1||Axial flow turbine:1||Biological nitrogen removal (BNR):1||Bridge pier:1||Change detection:1||Channel bends:1||Coastal monitoring:1||Common Land Model:1||Cross vane:1||Denitrifying bacteria:1||Drybed stream:1||Environmental fluid mechanics:1||Falling wedge:1||Fieldscale river:1||

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222, Wangsimni-ro, Seongdong-gu, Seoul, 04763, Korea+82-2-2220-1365

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