An experimental study of the behavior of a sloshing liquid subjected to a sudden reduction in acceleration
L. J. Hastings, L. E. Toole
Abstract
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L. J. Hastings, L. E. Toole
Abstract
Open-access reader
ft-lbf Liquid frequency CPS Reynolds equation within * 8 p e r c e n t a t all Bond n u m b e r s within the r a n g e obtained in this p r o g r a m .for determining the m a x i m u m shift in liquid center of gravity a s a function of Froude number for liquid depths of 1 .0 R o r g r e a t e r .The frequency of oscillation of the The m e a s u r e d wave period of the first cycle of motion follow-Empirical equations w e r e developed * 8 p e r c e n t at all Bond numbers within the range 24 to 100.
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ft-lbf Liquid frequency CPS Reynolds equation within * 8 p e r c e n t a t all Bond n u m b e r s within the r a n g e obtained in this p r o g r a m .for determining the m a x i m u m shift in liquid center of gravity a s a function of Froude number for liquid depths of 1 .0 R o r g r e a t e r .The frequency of oscillation of the The m e a s u r e d wave period of the first cycle of motion follow-Empirical equations w e r e developed * 8 p e r c e n t at all Bond numbers within the range 24 to 100.
Key concepts: Slosh dynamics, Acceleration, Reduction (mathematics), Mechanics, Physics, Mathematics, Classical mechanics, Geometry