Skip to main navigation
Skip to search
Skip to main content
Eindhoven University of Technology research portal Home
Help & FAQ
English
Nederlands
Home
Researchers
Research output
Organisational Units
Activities
Projects
Prizes
Press/Media
Facilities / Equipment
Datasets
Courses
Research areas
Student theses
Search by expertise, name or affiliation
Marangoni flows induced by non-uniform surfactant distributions
M. Hanyak
Research output
:
Thesis
›
Phd Thesis 1 (Research TU/e / Graduation TU/e)
1596
Downloads (Pure)
Overview
Fingerprint
Fingerprint
Dive into the research topics of 'Marangoni flows induced by non-uniform surfactant distributions'. Together they form a unique fingerprint.
Sort by
Weight
Alphabetically
Engineering
Marangoni Flow
100%
Surfactant
100%
Models
14%
Concentration Profile
7%
Numerical Model
6%
Thickness
6%
Air Interface
6%
Surfaces
4%
Viscosity
4%
Interfacial Tension
4%
Experiments
3%
Experimental Result
3%
Liquid Phase
3%
Material System
3%
Oil
3%
Convection
3%
Acid
3%
Diffusion Coefficient
3%
Equation of State
3%
Nonuniformity
3%
Oil Production
3%
Linear Equation
3%
Oil Recovery
3%
Spreading Rate
3%
Tension Surface
3%
Liquid Height
3%
Crude Oil
3%
Generates
1%
Diffusion
1%
Mechanisms
1%
Computer Simulation
1%
Fields
1%
Deformation
1%
Water
1%
Reduction
1%
Late Stage
1%
Fluid
1%
Model Data
1%
Scaling
1%
Constraints
1%
Inkjet Printing
1%
Coating
1%
Numerical Study
1%
Axisymmetric
1%
Pitch
1%
Flow Phenomenon
1%
Aspect Ratio
1%
Thin Films
1%
Give Rise
1%
Monolayer
1%
Diffusion Equation
1%
Velocity Field
1%
Numerical Data
1%
Sodium
1%
Local Maximum
1%
Formability
1%
Navier-Stokes Equation
1%
Entrapment
1%
Large Fraction
1%
Optimal Process Condition
1%
Earliest Time
1%
Initial and Boundary Condition
1%
Fluid Interface
1%
Direct Effect
1%
Surface Velocity
1%
Surfactant Adsorption
1%
Drug Delivery
1%
Surface Tension Gradient
1%
Marangoni
1%
Liquidliquid Interface
1%
Solid Plate
1%
Average Line
1%
Recovery Phase
1%
Biochemistry, Genetics and Molecular Biology
Flow
100%
Liquid
25%
Lubrication
14%
Height
12%
Dynamics
9%
Surface Property
6%
Thickness
6%
Volume
4%
Evolution
4%
Tension
4%
Surface Tension
4%
Glycerol
4%
Solution and Solubility
3%
Experiment
3%
Time
3%
Morphology
3%
Facilitated Diffusion
3%
Diffusion Coefficient
3%
Oleic Acid
3%
Reduction (Chemistry)
1%
Electric Potential
1%
Velocity
1%
Pressure
1%
Thermodynamics
1%
Solid
1%
Extraction
1%
Pitch
1%
Sodium Dodecyl Sulfate
1%
Adsorption Kinetics
1%
Physics
Spreading
34%
Model
15%
Lubrication
14%
Liquids
9%
Exponents
9%
Numerical Model
6%
Deposition
6%
Approximation
6%
Liquid Air
6%
Region
4%
Film Thickness
4%
Viscosity
4%
Diffusivity
3%
Differences
3%
Area
3%
Printing
3%
Liquid Phases
3%
Stability
3%
Confinement
3%
Gradients
3%
Ripples
3%
Equations of State
3%
Nonuniformity
3%
Fluid-Fluid Interface
3%
Fingering
3%
Increasing
1%
Speed
1%
Injection
1%
Ratios
1%
Deformation
1%
Estimating
1%
Domains
1%
Water
1%
Air
1%
Pressure
1%
Simulation
1%
Width
1%
Solid State
1%
Boundary Condition
1%
Coating
1%
Value
1%
Shapes
1%
Fractions
1%
Drugs
1%
Porosity
1%
Kinetics
1%
Adsorption
1%
Retarding
1%
Aspect Ratio
1%
Thin Films
1%
Far Fields
1%
Sodium
1%
Convection-Diffusion Equation
1%
Expulsion
1%
Navier-Stokes Equation
1%
Entrapment
1%
Diffusion
1%
Material Science
Surface Active Agent
100%
Lubrication
28%
Liquid
17%
Air
7%
Surface
6%
Surface Tension
4%
Film Thickness
4%
Viscosity
4%
Material
3%
Solution
3%
Adsorption Kinetics
3%
Crude Oil
3%
Thin Liquid Film
3%
Diffusivity
3%
Solid
1%
Thin Films
1%
Morphology
1%
Monolayers
1%
Formability
1%
Ink
1%
Sodium Dodecyl Sulfate
1%
Velocity
1%
Liquid-Liquid Interface
1%
Coating Process
1%