ScholarWorks@Gyeongsang National University: Hwang, Wook Ryol

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Hwang, Wook Ryol (황욱렬)

대학원 (기계항공우주공학부)

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Tel 0557721628
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finite element method:5||Effective viscosity:5||Energy Dissipation Rate:4||MetznerOtto correlation:4||Energy dissipation rate:3||Viscosity Measurement:3||Effective Shear Rate:3||Slip length:3||Effective shear rate:3||Porous media:3||Permeability:2||Capillary spreading of droplet:2||shearthinning fluid:2||fictitious domain method:2||Flows in porous media:2||sliding biperiodic frame:2||Fluid Mixing:2||Viscoelastic flow simulation:2||Porous interface:2||torque measurement:2||Emulsion:2||level set method:2||Voids:2||Distributed Lagrangian Multiplier method (DLM):2||agitators:2||Drilling mud:2||Inkjet printing:2||Computational modeling:2||NavierStokes equation:2||biperiodic domain:2||Navierslip:2||numerical simulation:2||Continuous surface stress (CSS) model:2||NonNewtonian Fluid:2||Diffuse interface method:2||Direct numerical simulation:2||Finite element method:2||Levelset method:2||Packed spheres:2||Sliding biperiodic frame:2||Slip velocity:2||Levelset method (LSM):2||process viscometry:2||Discontinuous Galerkin method (DG):2||Stress jump coefficient:2||Thermoset resin:2||Liquid composite molding:1||Liquid composites molding:1||Lithiumion battery:1||Lubrication approximation:1||Lubrication theory:1||Metal matrix composites:1||Metal matrix composites (MMCs):1||Microstructures:1||Mixing performance:1||Modelling:1||Molybdenum:1||Nano bentonite:1||Nano fluid:1||Navier slip:1||Navierslip boundary condition:1||NonNewtonian fluids:1||Optimal stokesBrinkman coupling:1||PDA:1||PIV:1||Particle distribution:1||Particle drawdown:1||Particlereinforcement:1||Particulate flow:1||Patterned surfaces:1||Permeability (Mobility):1||Pipe flow system:1||Planetary Mixer:1||Powerlaw fluid:1||PressureDriven Flow:1||Pressuredriven Flow:1||Pressuredriven flows:1||Process viscometry:1||Pumping characteristics:1||Resin transfer molding:1||Resin transfer molding (RTM):1||Resin transfer moulding (RTM):1||Rheological properties:1||Rigidring description:1||SC:1||Scaling rule:1||Screw characteristics:1||Secondary Flow:1||Seepage flow:1||Singlescrew extruders:1||Spray:1||Stir casting:1||StokesBrinkman coupling:1||Stress diffusion:1||Suspension:1||Titanium carbide:1||Transport phenomena analysis:1||Ultrasonic treatment:1||Ultrasound visualization:1||Viscoelastic fluid:1||Viscoelastic fluids:1||Viscosity measurement:1||Void formation and migration:1||Void mobility:1||Wavy wall:1||algebraic multigrid method:1||animal cell culture:1||antibacterial:1||autoremeshing technique:1||bacterial cellulose:1||bioreactor:1||block preconditioning:1||bubble bursting:1||buffer zone:1||bulk rheology:1||bulk stress:1||carbon fibers:1||cell damage:1||continuous surface stress formulation:1||crosslinked hydrogels:1||direct numerical simulation:1||direct numerical simulations:1||droplet deformation:1||droplet impact:1||effective color:1||emulsion:1||emulsion rheology:1||extensional stress:1||extrusion process:1||fictitious domain:1||fillers:1||finiteelement method:1||finiteelement/fictitiousdomain method:1||flow in porous media:1||flows in porous media:1||fluid mixing:1||homogenizer:1||inkjet printing:1||iterative solver:1||levelset method:1||linear viscoelasticity:1||liquid composite molding:1||mobility and permeability:1||moldfilling simulation:1||molecular weight distribution (MWD):1||mortar element method:1||moving boundary problem:1||nitric oxide:1||nonNewtonian fluids:1||orientational dispersion:1||partial periodic unit:1||particle suspension:1||particulate flow:1||patterned surface:1||permeability:1||platelet particles:1||poly(ethylene oxide) aqueous solutions:1||polymicrobialinfected wound healing:1||porous media:1||process monitoring:1||pseudoconcentration method:1||reactive compression molding:1||representative volume element (RVE):1||resin transfer molding:1||rheology:1||scaling analysis:1||screw characteristics:1||shear thinning:1||simulations:1||single screw:1||slip length:1||solid/fluid interaction:1||structure:1||superposition principle:1||thermal conductivity:1||transient infiltration:1||transient stress:1||transverse mobility:1||turbulent dispersion:1||twophase flow:1||vacuumassisted resin transfer molding:1||viscoelastic flow:1||viscoelastic properties:1||volumeoffluid method:1||waterbased drilling mud:1||yield stress:1||동역학계:1||분산된 라그랑쥐 승수법(Distributed Lagrangian Multiplier:DLM):1||에너지 소산율:1||유변학(Rheology):1||유성 믹서:1||점탄성(Viscoelasticity):1||직접수치해석(DNS):1||헬리컬리본 임펠러:1||2D material:1||현탁액(Suspension):1||Algebraic multigrid method:1||Anchor Agitator:1||Anchor impeller:1||Anisotropy:1||Asymmetric impeller:1||Bingham fluid:1||Block preconditioning:1||CFD:1||CNT dispersion:1||CNT/aluminum composites:1||Capillary spreading:1||Channel flow:1||Charged multiphase flow:1||Corotating twin screw extruder:1||Composites processing:1||Conservation equations:1||Continuous flows:1||Discrete elasticviscous stress splitting (DEVSS):1||Droplet impact:1||Dynamical Systems:1||Dynamical Systems Structure:1||Dynamical systems:1||Effective Viscosity:1||Electrostatic atomization:1||Energy balance:1||Extensional stretch of polymer:1||Fabrics/textiles:1||Fe matrix composite:1||Finite element analysis:1||Finiteelement method:1||Flow Pattern:1||Flow a past confined cylinder:1||Flow at interface:1||Flow quantification:1||Flow resistance:1||Fluid mixing:1||Helical Ribbon Impeller:1||Homogenizer process:1||Impeller:1||Infiltration:1||Interfacial Navierslip:1||Interfacial property:1||Iterative solver:1||Lagrangian multiplier:1||LeesEdwards boundary condition:1||

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