ScholarWorks@Hanyang University ERICA Campus: Hong, Seung Ho

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Hong, Seung Ho (홍승호)

ERICA 공학대학 (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

Research Area: 환경수리학, 유사이동, 실험및 수치해석, Environmental Hydraulics, sediment transport, Lab experiment and CFD

Tel 031-400-5143
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Submerged flow:3||bridge foundation:3||Scour:3||sediment transport:3||Physical hydraulic modeling:2||submerged flow:2||physical hydraulic modeling:2||Contraction:2||hydraulic models:2||Turbulent flow:2||contraction scour:2||Bridge abutment:2||Sediment:2||Free flow:1||Grazing:1||Heavy metal ions:1||Himalaya:1||Horseshoe vortex:1||Hydraulic models:1||Hysteresis:1||Lateral flow contraction:1||Nanocomposites:1||Overflow:1||Physical modeling:1||Phytosociological:1||Pier scour:1||Ratings:1||Response surface methodology (RSM):1||Reynolds stress:1||Riprap:1||Scour and Velocity field:1||Soil microbial:1||Solitary waves:1||Spillway:1||Spillways:1||Submerged breakwaters:1||Time development:1||Time development of scour:1||Turbulence:1||Turbulent kinetic energy:1||Velocity:1||Water treatment:1||Wave runup:1||abutment:1||abutment scour:1||alternate depth:1||anthropogenic activities:1||bridge pier:1||bridge scour:1||clear water scour:1||climate variability:1||coarse grains:1||contraction:1||critical flow:1||discharge coefficient:1||erodibility:1||flood:1||flood management:1||flood risk:1||geyser:1||horseshoe vortex:1||itical shear stress:1||laboratory experiment:1||large scale experiment:1||large scale hydraulic experiment:1||levee break:1||levee failure:1||location of scour:1||manhole:1||median grain size:1||minimum specific energy:1||multimodel ensemble:1||open channel flow:1||over flow:1||overtopping flow:1||packing density:1||particle shape:1||pier scour:1||piers:1||pressure flow:1||quadrant analysis:1||scour:1||scour and velocity field:1||separation:1||specific energy:1||stormwater drainage system:1||streamflow:1||twophase fluid analysis:1||uniformity coefficient:1||visualization:1||3D graph:1||wave propagation:1||Adsorption:1||Anthropogenic:1||Apron:1||Artificial neural network (ANN):1||Bed shear stress:1||Bridge foundation:1||Chemisorption:1||Colchicum luteum:1||Complex bridge confguration:1||Endangered:1||Erosion:1||Flow rate:1||

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