Kinematics and dynamics of freely rising spheroids at high Reynolds numbers
We experimentally investigate the effect of geometrical anisotropy for buoyant spheroidal
particles rising in a still fluid. All other parameters, such as the Galileo number (the ratio of
gravitational to viscous forces)), we observe an entirely different 'helical'rise with completely
unique features.
particles rising in a still fluid. All other parameters, such as the Galileo number (the ratio of
gravitational to viscous forces)), we observe an entirely different 'helical'rise with completely
unique features.
We experimentally investigate the effect of geometrical anisotropy for buoyant spheroidal particles rising in a still fluid. All other parameters, such as the Galileo number (the ratio of gravitational to viscous forces) ), we observe an entirely different ‘helical’ rise with completely unique features.
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