Curved menisci in microgravity cylindrical tanks alter sloshing spectra by coupling radial modes, lowering the fundamental frequency for concave shapes and raising it for convex ones, with the asymmetry driven mainly by the bulk flow operator.
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Curvature-corrected sloshing spectra for cylindrical tanks in microgravity
Curved menisci in microgravity cylindrical tanks alter sloshing spectra by coupling radial modes, lowering the fundamental frequency for concave shapes and raising it for convex ones, with the asymmetry driven mainly by the bulk flow operator.