Listar por tema "spherical harmonics"
Mostrando ítems 1-5 de 5
-
A method to improve the computation of tidal potential in the equilibrium configuration of a close binary system
Taylor & Francis (2009)A classical problem in celestial mechanics is the study of equilibrium configuration figures of extended deformable bodies. A particularly interesting case of this problem is the study of the figures of equilibrium of close ... -
An alternative method to construct a consistent second-order theory on the equilibrium figures of rotating celestial bodies
Elsevier (2020)The main objective of this work is to construct a new method to develop a consistent second-order amplitudes theory to evaluate the potential of a rotating deformable celestial body when the hydrostatic system equilibrium ... -
An improved algorithm of second order to construct consistent theories of equilibrium figures of rotating celestial bodies
Elsevier (2018-08)One of the main problems in celestial mechanics is the study of the figure adopted by large deformable bodies in slow rotation around an axis with a constant angular velocity W when they reach their equilibrium ... -
Design of a Mathematica package to develop the product of some spherical functions as linear combinations of themselves
Wiley (2019-09)Results obtained when solving problems about atomic physics and about the potential theory show an almost spherical symmetry. These solutions can only be expressed in an exact form on a few occasions, so turning to ... -
Figures of equilibrium in close binary systems
Kluwer Academic Publishers (1992-12)The equilibrium configurations of close binary systems are analyzed. The autogravitational, centrifugal and tidal potentials are expanded in Clairaut's coordinates. From the set of the total potential angular terms an ...