Abstract
NERGY dissipation rates caused by introducing baffles of various sizes into a liquid-filled, precessing, spherical cavity are presented. It is shown that energy dissipation can be significantly reduced by adding fine mesh baffles into the cavity. A contrary effect can be achieved by using relatively large mesh baffles such that the nonspherical cells induce turbulence and larger energy dissipation rates than for the smooth walled spherical cavity.
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