Abstract
A solidly rotating finite annular liquid layer consisting of non-viscous liquid is subjected to axial harmonic excitation in a zero-gravity environment. The layer exhibits an anchored free liquid surface at the discs it is located at. This stuck-edge condition which is due to surface tension effects has a definite influence upon the vibrational behavior of the layer. The response of the free liquid surface elevation and the velocity in radial and axial direction have been determined in the elliptic forcing frequency range Ω > 2Ω 0 and in the hyperbolic range Ω < 2Ω 0 for different diameter ratios.
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