Abstract
The steady-state velocity field generated at a fluid interface by a slowly rotating disk of radius
a
thrust into that interface is solved in laminar flow approximation. The theory takes full account of the hydrodynamic coupling between the internal viscosity
μ
of the substrate with the surface viscosity
η
of an adsorbed surface film. Results are presented in graphical form of the interfacial velocity field near the rim of the disk for various values of the dimensional ratio
η/μα
.
Reference9 articles.
1. B oussinesq J . 1913 A nn.Ghim. P hys. 29 349.
2. Gaines G. L. J u n . 1966 Insoluble monolayers at gas-liquid interfaces. New Y ork: J o h n W iley.
3. The Approximate Solution of Dual Integral Equations by Variational Methods
4. The solution of Bessel function dual integral equations by a multiplying-factor method
5. Seriven L. E . i960 Chem. Eng. Sci. 2 98.
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