Asymmetric slosh wave excitation in a liquid-vapor interface under microgravity |
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Authors: | R J Hung Pan Hailin |
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Institution: | (1) The University of Alabama in Huntsville, 35899 Huntsville, Alabama, USA;(2) Beijing Institute of Control Engineering, Ministry of Aerospace Industry, 100080 Beijing, China |
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Abstract: | The dynamical behavior of fluids affected by the asymmetric gravity jitter oscillations, in particular, the effect of surface
tension on partially-filled rotating fluids in a Dewar tank imposed by time-dependent directions of background reduced gravity
accelerations is investigated. Results show that the greater the components of background reduced gravity in radial and circumferential
directions, the greater will be the tendency toward increasing amplitude and degrees of asymmetry of the liquid-vapor interface
profiles. |
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Keywords: | liquid-vapor interface microgravity fluid mechanics slosh wave excitation |
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