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Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (PDF)
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (Other)
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (Other)
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (Other)
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (Other)
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy (Other)
Bifurcation diagrams of nonaxisymmetric liquid bridges subject to a lateral gravitational force and to both lateral and axial gravitational forces are found by solving the Young–Laplace equation for the interface by a finite difference method. The potential energy of the equilibrium shapes is also calculated. The results obtained show that the slenderness of the bridge determines whether the breaking of the liquid bridge subject to a lateral gravitational force leads to equal or unequal drops. The stability limits calculated are compared with the ones obtained using asymptotic techniques around the cylinder, the agreement being extremely good for a wide range of the parameters.
6
7
1995-06
Equilibrium Shapes of Non-axisymmetric Liquid Bridges of Arbitrary Volume in Gravitational Fields and their Potential Energy
Física
Physics
American Institute of Physics
Perales Perales
José Manuel
José Manuel Perales Perales
Laverón Simavilla
Ana
Ana Laverón Simavilla
10706631
Physics of Fluids