Fingerprint Dive into the research topics where Jacco H. Snoeijer is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Physics & Astronomy
Chemistry and Materials
liquids
interfacial tension
air
solid surfaces
water
elastic properties
gases
gels
menisci
surface energy
elastic media
adsorption
General
wetting
bubbles
entrainment
cushions
rheology
surfactants
settling
ridges
coalescing
lasers
adhesives
fluids
attraction
paradoxes
Stokes flow
pressure pulses
interactions
geometry
viscous fluids
molecular dynamics
energy
pulses
free energy
peeling
rheometers
soaps
simulation
Engineering
lubrication
drying
printing
evaporation
freezing
propulsion
Social and Information Sciences
scaling laws
Physics
viscosity
oscillations
physics
Aerospace Sciences
stars
Engineering & Materials Science
Liquids
Contact angle
Lubrication
Contacts (fluid mechanics)
Air entrainment
Wetting
Surface tension
Scaling laws
Surface active agents
Substrates
Rheology
Air
Gases
Fluids
Evaporation
Laser pulses
Coalescence
Adsorption
Hydrodynamics
Elastohydrodynamics
Bubble formation
Gravitation
Ball bearings
Elastomers
Polymer melts
Spatial distribution
Viscosity
Rheometers
Point contacts
Brushes
Channel flow
Gels
Particle size analysis
Polymers
Free energy
Stars
Phase diagrams
Bubbles (in fluids)
Experiments
Numerical analysis
Potential flow
Drying
Biophysics
Elastic deformation
Alcohols
Microstructure
Fluxes
Coatings
Nanoparticles
Magnets
Chemical Compounds
Wetting
Liquids
Contact angle
Surface tension
Capillarity
Surface-Active Agents
Substrates
Polymers
Gases
Scaling laws
Contacts (fluid mechanics)
Elasticity
Adhesives
Elastomers
Gels
Adsorption
Lubrication
Evaporation
Elastohydrodynamics
UCON 50-HB-5100
Peeling
Ball bearings
Adhesion
Interfacial energy
Polymer melts
Spatial distribution
Point contacts
Liquid films
Brushes
Gelation
Channel flow
Water
Coalescence
Stars
Lubricants
Numerical analysis
Orbits
Air
Microstructure
Molecular dynamics
Geometry
Nanoparticles
Cracks
Confocal microscopy
Experiments
Film thickness
Poloxamer
Coffee
Fluids
Aspect ratio