Fingerprint Dive into the research topics where Chi-Chuan Hwang is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering & Materials Science
Molecular dynamics
Liquid films
Computer simulation
Thin films
Journal bearings
Lubrication
Substrates
Solidification
Bearings (structural)
Copper
Electric fields
Thermosyphons
Crystal growth from melt
Light emitting diodes
Atoms
Temperature
Shear stress
Single-walled carbon nanotubes (SWCN)
Linear stability analysis
Carbon
Nanotubes
Indentation
Reynolds equation
Cones
Heat transfer
Film thickness
Carbon nanotubes
Physical vapor deposition
Boundary conditions
Film growth
Sputtering
Gases
Giant magnetoresistance
Surface roughness
Water
Nanoindentation
Molecules
Numerical methods
Hydrodynamics
Magnetic recording
Kinematics
Topology
Diamonds
Oils and fats
Energy gap
Dislocations (crystals)
Crystals
Magnetic heads
Electronic properties
Friction
Chemical Compounds
Molecular dynamics
Liquid films
Journal bearings
Computer simulation
Lubrication
Thin films
Substrates
Copper
Solidification
Bearings (structural)
Carbon Nanotubes
Electric fields
Thermosyphons
Crystal growth from melt
Temperature
Carbon
Gases
Shear stress
Surface roughness
Single-walled carbon nanotubes (SWCN)
Linear stability analysis
Nanotubes
Reynolds equation
Opioid Analgesics
Heat transfer
Diamond
Sputtering
Molecules
Indentation
Giant magnetoresistance
Film thickness
Atoms
Water
Nanoindentation
Film growth
Magnetic recording
Reynolds number
Hydrodynamics
Cones
Friction
Energy gap
Dislocations (crystals)
Crystals
Cooling
Magnetic heads
Opioid Receptors
Electronic properties
Pulsed laser applications
Differential equations
Surface properties
Physics & Astronomy
General
molecular dynamics
simulation
energy
vapor deposition
thin films
electric fields
slip flow
synchronism
chutes
radii
film thickness
feedback control
electronics
magnetic recording
buckling
interatomic forces
Knudsen flow
steady flow
thresholds
shear
boundary conditions
solidification
Engineering
journal bearings
lubrication
carbon nanotubes
light emitting diodes
thermosiphons
shear stress
sputtering
nanotubes
hydrodynamics
static characteristics
classical mechanics
Chemistry and Materials
liquids
crystal growth
carbon
surface properties
copper
Mathematical and Computer Sciences
nonlinear evolution equations
Biot number
Rayleigh number
Physics
atoms
roughness
temperature
heat transfer
Reynolds equation
luminance
glass transition temperature
Aerospace Sciences
planetary waves
Life Sciences
temperature effects