Abstract
Sloshing in a sea cage with a slowly rotating liquid is investigated. The cage is axisymmetric, and the liquid is subjected to a nearly uniform
angular velocity about the vertical axis of the cage. Both experimental and theoretical investigations are presented. It is shown that rotation
modifies the sloshing regimes of a non-rotating liquid by splitting the natural frequencies. Therefore, resonant sloshing regimes can be
manipulated by varying the rotation rate of the liquid.
angular velocity about the vertical axis of the cage. Both experimental and theoretical investigations are presented. It is shown that rotation
modifies the sloshing regimes of a non-rotating liquid by splitting the natural frequencies. Therefore, resonant sloshing regimes can be
manipulated by varying the rotation rate of the liquid.
