Jae Sung Park, PhD

Assistant Professor

  • 79 Citations
  • 5 h-Index
20092019
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Engineering & Materials Science

Drag
Channel flow
Electrophoresis
Turbulence
Direct numerical simulation
Wall flow
Volume fraction
Turbulent flow
Hydrodynamics
Drag reduction
Domestic appliances
Reynolds number
Skin friction
Shear stress
Water supply
Navier Stokes equations
Heat exchangers
Energy efficiency
Energy conservation
Computer simulation
Electric fields
Heating
Water
Temperature
Stress measurement
Microstructure
Natural gas
Distribution functions
Potential energy
Electrolytes
Fluids
Friction
Water heaters
Flow of fluids
Analytical models
Thermal conductivity
Van der Waals forces
Computational fluid dynamics
Brownian movement
Surface charge
Colloids
Experiments
Fans
Flow structure
Pipe flow
Electric power utilization
Polymers
Deposits
Hot Temperature
Statistics

Mathematics

Turbulence
Coherent States
Drag
Channel Flow
Intermittency
Colloidal Suspensions
Bursting
Pattern Formation
Resolvent
Reynolds number
Electric Field
Navier-Stokes Equations
Wall Shear Stress
Invariant Solutions
Coherent Structures
Turbulent Flow
Branch
Velocity Profile
Turbulent Channel Flow
Burst
Velocity Field
Drag Reduction
Pipe Flow
Friction
Newtonian Fluid
Coarsening
Nonlinear Waves
Electrolyte
Traveling Wave Solutions
Interaction
Volume Fraction
Hexagon
Forcing
Spacing
State Space
Electrode
Experiment
Polymers
Patch
Model
Liquid
Wavelength
Statistics
Distinct
Decompose
Fluid
Predict
Numerical Simulation
Spatial Analysis
Poiseuille Flow

Chemical Compounds

Channel flow
Turbulence
Drag
Wall flow
Suspensions
Electrophoresis
Direct numerical simulation
Reynolds number
Navier Stokes equations
Contamination
Agglomeration
Shear stress
Drag reduction
Volume fraction
Stress measurement
Turbulent flow
Hydrodynamics
Friction
Flow of fluids
Van der Waals forces
Polymers
Brownian movement
Colloids
Microstructure
Experiments
Electrolytes
Flow structure
Fluids
Pipe flow
Deposits
Crystalline materials
Amplification
Defects
Electrodes
Electric fields
Computer simulation
Coatings
Shear flow