1980 …2022
Wenn Sie Änderungen in Pure vorgenommen haben, werden diese hier in Kürze erscheinen.

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Ingenieurwesen & Materialwissenschaft

Drop breakup
Liquids
Ligaments
Colliding beam accelerators
Liquid films
Bubbles (in fluids)
Cooling systems
Aerodynamics
Analytical models
Cooling
Superfluid helium
Magnets
Fluids
Computer simulation
Direct numerical simulation
Substrates
Momentum
Surface tension
Experiments
Wetting
Aerodynamic drag
Superconducting magnets
Drag coefficient
Computational fluid dynamics
Reynolds number
Thermal load
Constitutive equations
Gases
Printing
Cryogenics
Pressure drop
Heat exchangers
Elasticity
Stabilization
Gravitation
Health risks
Phase velocity
Ink
Drainage

Mathematik

Breakup
Liquid
Experimental Validation
Aerodynamics
Analytical Model
Rotating
Substrate
Numerical Simulation
Inkjet Printing
Scaling
Experiment
Wetting
Predict
Velocity Profile
Wake
Droplet
Aspect Ratio
Reynolds number
Tail
Time Scales
Centrifugal Force
Kinetics
Model
Cover
Prediction
Angle
Modeling
Surface Tension
Length Scale
Inertia
Driver
Coefficient
Minor
Gravity
Disturbance
Experimental Data
Valid
Simulation

Chemische Bestandteile

Drop breakup
Ligaments
Colliding beam accelerators
Liquid films
Cooling systems
Analytical models
Aerodynamics
Cooling
Superfluid helium
Magnets
Computer simulation
Liquids
Substrates
Experiments
Wetting
Superconducting magnets
Computational fluid dynamics
Reynolds number
Thermal load
Printing
Cryogenics
Pressure drop
Heat exchangers
Surface tension
Gravitation
Ink
Drainage