Accordingly with the general theory of relativity, the motion of a particle by the only action of inertia and gravity is described by a space-time geodesic. We use the Eisenhart geometric formulation of classical mechanics to establish a correspondence between geodesics and paths in phase space of the classical bi-dimensional isotropic oscillator. The Killing vectors and its associated constants of motion are presented and compared with nonNoetherian motion constant calculated by S. Hojman and collaborators. Keywords: Geometric Mechanics, Geometrical and tensorial methods, Formalisms in classical mechanics.De acuerdo con la Teoría de la Relatividad General, el movimiento de partículas por acción de su inercia y la gravedad es descrito por...
This thesis studies the dynamics of geodesic motion within a curved spacetime around a Schwarzschild...
International audienceAccording to the principle of least action, the spatially periodic motions of ...
The adiabatic classical dynamics of certain constrained nonautonomous systems is discussed in terms ...
De acuerdo con la Teoría de la Relatividad General, el movimiento de partículas por acción de su ine...
Abstract Geometrization of a Lagrangian conservative system typically amounts to reformulating its e...
Geometrization of a Lagrangian conservative system typically amounts to reformulating its equations ...
Killing tensors give polynomial constants of the geodesic motion. The trajectories of a conservative...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
Consider a Riemannian manifold equipped with an infinitesimal isometry. For this setup, a unified tr...
Consider a Riemannian manifold equipped with an infinitesimal isometry. For this setup, a unified tr...
The geometric formulation of non-relativistic classical dynamics of a partióle is shown by means ...
This book is written with the belief that classical mechanics, as a theoretical discipline, possesse...
A geometrization of classical mechanics is presented which may be considered as a realization of the...
The main purpose of this work is to present some uniform functions constant of the motion, either th...
The problem of obtaining an explicit representation for the fourth invariant of geodesic motion (gen...
This thesis studies the dynamics of geodesic motion within a curved spacetime around a Schwarzschild...
International audienceAccording to the principle of least action, the spatially periodic motions of ...
The adiabatic classical dynamics of certain constrained nonautonomous systems is discussed in terms ...
De acuerdo con la Teoría de la Relatividad General, el movimiento de partículas por acción de su ine...
Abstract Geometrization of a Lagrangian conservative system typically amounts to reformulating its e...
Geometrization of a Lagrangian conservative system typically amounts to reformulating its equations ...
Killing tensors give polynomial constants of the geodesic motion. The trajectories of a conservative...
In this article, one Galilean (or called Isotropic) plane moving relative to two other Galilean plan...
Consider a Riemannian manifold equipped with an infinitesimal isometry. For this setup, a unified tr...
Consider a Riemannian manifold equipped with an infinitesimal isometry. For this setup, a unified tr...
The geometric formulation of non-relativistic classical dynamics of a partióle is shown by means ...
This book is written with the belief that classical mechanics, as a theoretical discipline, possesse...
A geometrization of classical mechanics is presented which may be considered as a realization of the...
The main purpose of this work is to present some uniform functions constant of the motion, either th...
The problem of obtaining an explicit representation for the fourth invariant of geodesic motion (gen...
This thesis studies the dynamics of geodesic motion within a curved spacetime around a Schwarzschild...
International audienceAccording to the principle of least action, the spatially periodic motions of ...
The adiabatic classical dynamics of certain constrained nonautonomous systems is discussed in terms ...