Fingerprint Dive into the research topics where Tian-Shiang Yang 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
Chemical mechanical polishing
Peeling
Cantilever beams
Solitons
Actuators
Derivatives
Glass
Fluids
Processing
Lasers
MEMS
Damping
Defects
Mechanics
Residual stresses
Contacts (fluid mechanics)
Hydrides
Rigidity
Sheet molding compounds
Electrostatics
Curing
Nonlinear systems
Loads (forces)
Sensors
Wave transmission
Fibers
Lubrication
Heat transfer
Solar concentrators
Bandwidth
Forced convection
Aspect ratio
Ultrafast lasers
Packaging
Laser ablation
Crack propagation
Solar cells
Water tanks
Metals
Molding
Electrostatic force
Pressure distribution
Fins (heat exchange)
Soaps (detergents)
Asymptotic analysis
Energy harvesting
Conversion efficiency
Mechatronics
Impurities
Gravitation
Physics & Astronomy
Physics
solitary waves
optical fibers
crack propagation
convective heat transfer
traveling waves
capillary waves
wavelengths
perturbation
heat transfer
Chemistry and Materials
metal hydrides
glass
moisture
hydrogen
General
lee waves
shock
reactors
retarding
pulses
structural vibration
fibers
peeling
commands
nonlinear systems
actuation
photoresists
division
purity
fluids
radiation
optimization
tubes
impurities
nonlinearity
vibration
defects
Aerospace Sciences
gravitation
planetary waves
Aeronautics
stratified flow
laminar flow
Engineering
metal foams
shapers
baking
grooves
laser ablation
ducts
fabrication
machining
Mathematical and Computer Sciences
mathematics
Bond number
Geosciences
topography
Chemical Compounds
Peeling
Glass
Chemical mechanical polishing
Processing
Lasers
Defects
Heat transfer
Solar concentrators
Ultrafast lasers
Laser ablation
Crack propagation
Mechanics
Soaps (detergents)
Packaging
Photoresists
Curing
Laminar flow
Ducts
Fans
Sensitivity analysis
Molding
Moisture
Gases
Impurities
Thermal stress
Color
Flow rate
Sheet molding compounds
Fluids
Electronics packaging
Fibers
Fracture mechanics
Temperature
Display devices
Debris
Thermal expansion
Lubrication
Buffers
Aspect ratio
Process design
Materials properties
Solar cells
Finite element method
Computer simulation
Fabrication
Residual stresses
Purging