• 1996 Citations
  • 23 h-Index
19942019
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Fingerprint Dive into the research topics where Chang Hoon Lee is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Turbulence
Fluids
Channel flow
Direct numerical simulation
Stretching
Boundary layer flow
Reynolds number
Drag
Heat transfer
Vortex flow
Boundary layers
Drag reduction
Thermophoresis
Natural convection
Partial differential equations
Shear flow
Statistics
Turbulent flow
Skin friction
Brownian movement
Nanoparticles
Magnetohydrodynamics
Trajectories
Buoyancy
Prandtl number
Shear stress
Probability density function
Nusselt number
Computer simulation
Decomposition
Stochastic models
Volume fraction
Torsional stress
Momentum
Gravitation
Torque
Non Newtonian flow
Temperature
Blood
Vorticity
Thermal plumes
Navier Stokes equations
Ordinary differential equations
Grashof number
Lorentz force
Mixed convection
Differential equations
Joule heating
Gravity waves
Liposomes

Physics & Astronomy

Aerospace Sciences

turbulence
isotropic turbulence
homogeneous turbulence
gravitation
Jupiter (planet)
planetary waves

General

channel flow
fluids
free convection
convection
vortices
projection
blood flow
suction
intermittency
simulation
turbulent boundary layer
shear flow
stagnation point
turbulence effects
collisions
uniform flow
planetary atmospheres
particle collisions
Lorentz force
viscous flow
buoyancy
dissipation
thermophoresis

Mathematical and Computer Sciences

direct numerical simulation
statistics
Reynolds number
probability density functions
low Reynolds number
vorticity
Cartesian coordinates

Aeronautics

drag reduction
turbulent flow
boundary layer control
boundary layer flow
particle trajectories
Joule heating

Physics

drag
velocity distribution
skin friction
convective heat transfer

Engineering

shear stress
blowing

Life Sciences

intestines
arteries

Mathematics

Turbulence
Fluid
Nanofluid
Peristaltic Flow
Turbulent Channel Flow
Homotopy Analysis Method
Asymmetric Channel
Stagnation Point Flow
Stretching Surface
Second Grade Fluid
Heat Transfer
Micropolar
Multifractality
Vortex
Turbulent Flow
Similarity Transformation
Boundary Layer Flow
Particle Size
Low Reynolds number
Intermittency
Incompressible Navier-Stokes Equations
Fluid Model
Inclined
Arteries
Blood Flow
Stratification
Projection Method
Clustering
Gravity
Bubble
Anisotropy
Convection
Perturbation Solution
Tube
Collision
Boundary Layer
Exact Solution
Horizontal
Steady Flow