International audienceWe consider two different general problems: a three body problem with one solid body, and a two body problem with two interacting solids. This can be a Sun-planet-satellite problem and a binary system of non spherical bodies respectively. We demonstrate that after adequate averaging, these problems can be reduced to non-trivial integrable problems for which we provide the complete solutions. These results should be useful for the understanding of the evolution of planetary and satellites' spin axes over long time-scales, and thus for the search of dynamical constraints on the evolution of the Solar System
The smallest bodies of our Solar System, such as asteroids and comets, are characterised by very irr...
We investigate the evolution of the rotational axes of exoplanets under the action of gravitational ...
International audienceWe investigate the dynamical evolution of hierarchical three-body systems unde...
International audienceWe consider two different general problems: a three body problem with one soli...
International audienceWe consider here two different problems: a three body problem with one solid b...
International audienceThe long term evolution of the spin axis of the terrestrial planets strongly d...
International audienceContext. Seasonal variations and climate stability of a planet are very sensit...
We study the dynamics of two homogeneous rigid ellipsoids subject to their mutual gravitational infl...
The stellar spin orientation relative to the orbital planes of multiplanet systems are becoming acce...
The purpose of this paper is to describe the general setting for the application of techniques from ...
Two fundamental problems of celestial mechanics are considered: the stellar or planetary three-body ...
The long-term secular pertubations between planets in a planetary system affect their individual obl...
A new technique that utilizes surface integrals to find the force, torque and potential energy betwe...
We develop a fourth-order numerical integrator to simulate the coupled spin and orbital motions of t...
Dynamics of planets around other stars that demonstrate a variety of possible characteristics is of ...
The smallest bodies of our Solar System, such as asteroids and comets, are characterised by very irr...
We investigate the evolution of the rotational axes of exoplanets under the action of gravitational ...
International audienceWe investigate the dynamical evolution of hierarchical three-body systems unde...
International audienceWe consider two different general problems: a three body problem with one soli...
International audienceWe consider here two different problems: a three body problem with one solid b...
International audienceThe long term evolution of the spin axis of the terrestrial planets strongly d...
International audienceContext. Seasonal variations and climate stability of a planet are very sensit...
We study the dynamics of two homogeneous rigid ellipsoids subject to their mutual gravitational infl...
The stellar spin orientation relative to the orbital planes of multiplanet systems are becoming acce...
The purpose of this paper is to describe the general setting for the application of techniques from ...
Two fundamental problems of celestial mechanics are considered: the stellar or planetary three-body ...
The long-term secular pertubations between planets in a planetary system affect their individual obl...
A new technique that utilizes surface integrals to find the force, torque and potential energy betwe...
We develop a fourth-order numerical integrator to simulate the coupled spin and orbital motions of t...
Dynamics of planets around other stars that demonstrate a variety of possible characteristics is of ...
The smallest bodies of our Solar System, such as asteroids and comets, are characterised by very irr...
We investigate the evolution of the rotational axes of exoplanets under the action of gravitational ...
International audienceWe investigate the dynamical evolution of hierarchical three-body systems unde...