Abstract
A solidly rotating finite annular liquid layer consisting of non-viscous liquid is subjected to different axial harmonic excitations in a zero-gravity environment. The response of the free liquid surface elevation and the velocity in the radial, angular and axial directions has 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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