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Stabilization mechanisms in the evolution of thin liquid-films
E. Kirkinis
*
, S. H. Davis
*
Corresponding author for this work
Engineering Sciences and Applied Mathematics
Research output
:
Contribution to journal
›
Article
›
peer-review
6
Scopus citations
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Mathematics
Thin Liquid Films
100%
Stabilization
52%
Shear Strength
27%
Van Der Waals
21%
Breakup
20%
Shear Flow
19%
Control Strategy
17%
Rayleigh
16%
Control Theory
15%
Fluid Flow
14%
Liquid
14%
Gas
14%
Time Scales
13%
Profile
12%
Configuration
11%
Fluid
11%
Alternatives
9%
Framework
8%
Term
8%
Estimate
6%
Engineering & Materials Science
Liquid films
75%
Thin films
56%
Stabilization
50%
Shear flow
15%
Control theory
12%
Shear strength
11%
Flow of fluids
10%
Liquids
8%
Fluids
7%
Gases
6%
Physics & Astronomy
stabilization
50%
liquids
31%
control theory
15%
capillary waves
15%
shear strength
13%
shear flow
11%
fluid flow
11%
shear
8%
fluids
7%
estimates
7%
profiles
6%
configurations
6%
gases
6%