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On the breakup of fluid films of finite and infinite extent
Javier A. Diez,
Lou Kondic
Mathematical Sciences
Research output
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Contribution to journal
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Article
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peer-review
71
Scopus citations
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Physics & Astronomy
fluid films
99%
drying
54%
ridges
36%
intermolecular forces
23%
lubrication
19%
planetary waves
19%
solid surfaces
18%
partial differential equations
17%
thick films
17%
quadrupoles
15%
film thickness
14%
gravitation
13%
nucleation
13%
approximation
9%
thin films
9%
simulation
6%
Mathematics
Breakup
100%
Fluid
56%
Ridge
24%
Lubrication Approximation
16%
Capillarity
14%
Nucleation
13%
Linear Stability Analysis
12%
Thin Films
12%
Free Surface
11%
Consecutive
9%
Unstable
8%
Framework
5%
Standards
5%
Term
5%
Engineering & Materials Science
Fluids
46%
Linear stability analysis
20%
Capillarity
19%
Thick films
17%
Film thickness
15%
Nucleation
15%
Partial differential equations
14%
Thin films
13%
Lubrication
13%
Gravitation
12%
Computer simulation
7%
Chemical Compounds
Liquid Film
34%
Drop
17%
Disjoining Pressure
16%
Capillarity
14%
Gravity
11%
Lubrication
11%
Quadrupole
10%
Intermolecular Force
9%
Nucleation
8%
Surface
6%
Simulation
6%
Length
6%
Time
3%