Division of Renewable Energy Dynamics

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Engineering & Materials Science

Silicon
Crystal growth
Wind turbines
Crystals
Computer simulation
Crucibles
Solidification
Laminates
Furnaces
Numerical analysis
Oxygen
Magnetic fields
Solar cells
Ingots
Carbon
Dislocations (crystals)
Impurities
Computational fluid dynamics
Interpolation
Vapor phase epitaxy
Composite materials
Liquid sloshing
Hydrodynamics
Crystal growth from melt
Vortex shedding
Metallorganic vapor phase epitaxy
Single crystals
Temperature
Experiments
Turbulence
Molecular dynamics
Carbon fibers
Thermodynamics
Ships
Seed
Carbon fiber reinforced plastics
Large eddy simulation
Gases
Heat transfer
Bearings (structural)
Atoms
Finite difference method
Melting
Circular cylinders
Water
Mechanics
Monocrystalline silicon
Fluids
Thermal stress
Turbines
Metals
Cooling
Offshore wind turbines
Farms
Numerical models
Liquids
Cracks
Fibers
Stress concentration
Argon
Wind tunnels
Reynolds number
Point defects
Thermal conductivity
Crystalline materials
Nitrogen
Numerical methods
Dams
Vortex flow
Nitrides
Triboluminescence
Vapors
Contamination
Substrates
Finite element method
Adsorption
Mass transfer
Flow fields
Semiconductor materials
Gallium nitride
Thin films
Vacancies
Turbogenerators
Turbulence models
Flow patterns
Incompressible flow
Delamination
Boundary layers
Homogenization method
Flow of gases
Defects
Adatoms
Flow simulation
Nucleation
Natural convection
Partial pressure
Fatigue of materials
Topography
Epitaxial growth
Precipitates

Chemical Compounds

Silicon
Crystallization
Crucibles
Crystals
Solidification
Laminates
Furnaces
Carbon
Oxygen
Magnetic fields
Ingots
Solar cells
Dislocations (crystals)
Numerical analysis
Impurities
Composite materials
Single crystals
Crystal growth from melt
Vapor phase epitaxy
Temperature
Seed
Metals
Gases
Melting
Thermal stress
Computer simulation
Cooling
Molecular dynamics
Bearings (structural)
Argon
Monocrystalline silicon
Atoms
Heat transfer
Thermodynamics
Fibers
Stress concentration
Thermal conductivity
Nitrogen
Adsorption
Contamination
Metallorganic vapor phase epitaxy
Crystalline materials
Vapors
Point defects
Cracks
Oxides
Liquids
Adatoms
Natural convection
Gallium
Semiconductor materials

Physics & Astronomy

Chemistry and Materials

silicon
crystal growth
vapor phase epitaxy
oxygen
carbon
gases
nitrogen
liquid-solid interfaces
surface stability
argon
gallium nitrides
nitrides
vapors
composite materials

General

crucibles
crystals
solidification
simulation
seeds
impurities
single crystals
molecular dynamics
thermodynamics
casts
convection
cooling
multiplication
floating
shrouds
diffusers
cusps
defects

Engineering

furnaces
ingots
solar cells
melting
wind turbines
thermal stresses
contamination
vortex shedding

Mathematical and Computer Sciences

numerical analysis

Aerospace Sciences

magnetic fields

Physics

heat transfer
thermal conductivity
temperature
temperature distribution
atoms