This paper explores the generalization of some techniques introduced in the papers (see [12,13]). Clearly, mechanical systems have been studied by means of the geometry of tangent bundle, more precisely, using polynomic structures on complex- and para-complex-manifolds. Also, formalisms of Lagrangian and Hamiltonian mechanics have intrinsically been described on the bi-Lagrangian manifold. This study showed that physically working on a subdomain of a manifold has been seen to be the same as working on the manifold. © 2010 Elsevier B.V. All rights reserved
The Lagrangian representation of multi-Hamiltonian PDEs has been introduced by Y. Nutku and one o...
This is the text of a talk given in Dalmine on May 9, 2007, during one of the “scientific meetings” ...
The chapter will illustrate how concepts in differential geometry arise naturally in different area...
This paper explores the generalization of some techniques introduced in the papers (see [12,13]). Cl...
The paper aims to introduce Lagrangian and Hamiltonian formalism for mechanical systems using para/p...
We consider a smooth $2n$-manifold $M$ endowed with a bi-Lagrangian structure $(\omega,\mathcal{F}_{...
The Hamilton–Jacobi problem is revisited bearing in mind the consequences arising from a possible bi...
Abstract. A geometric description of Lagrangian Mechanics on Lie algebroids is developed in a parall...
In the framework of para-Kahlerian manifolds, we introduce paracomplex analogue of Euler-Lagrange an...
Abstract. A geometric description of Lagrangian and Hamiltonian Mechan-ics on Lie algebroids is deve...
Here we give a brief survey of Lagrangian mechanics. For a more detailed exposition in the same vein...
Abstract. The Hamilton–Jacobi problem is revisited having in mind the con-sequences arising from a p...
WOS: 000505058700019The differential geometry and mahthematical physics has lots of applications. Th...
In the present work we study application of differential geometry to the Lagrangian formalism. In th...
In this study, Lagrangian and Hamiltonian systems, which are mathematical models of mechanical syste...
The Lagrangian representation of multi-Hamiltonian PDEs has been introduced by Y. Nutku and one o...
This is the text of a talk given in Dalmine on May 9, 2007, during one of the “scientific meetings” ...
The chapter will illustrate how concepts in differential geometry arise naturally in different area...
This paper explores the generalization of some techniques introduced in the papers (see [12,13]). Cl...
The paper aims to introduce Lagrangian and Hamiltonian formalism for mechanical systems using para/p...
We consider a smooth $2n$-manifold $M$ endowed with a bi-Lagrangian structure $(\omega,\mathcal{F}_{...
The Hamilton–Jacobi problem is revisited bearing in mind the consequences arising from a possible bi...
Abstract. A geometric description of Lagrangian Mechanics on Lie algebroids is developed in a parall...
In the framework of para-Kahlerian manifolds, we introduce paracomplex analogue of Euler-Lagrange an...
Abstract. A geometric description of Lagrangian and Hamiltonian Mechan-ics on Lie algebroids is deve...
Here we give a brief survey of Lagrangian mechanics. For a more detailed exposition in the same vein...
Abstract. The Hamilton–Jacobi problem is revisited having in mind the con-sequences arising from a p...
WOS: 000505058700019The differential geometry and mahthematical physics has lots of applications. Th...
In the present work we study application of differential geometry to the Lagrangian formalism. In th...
In this study, Lagrangian and Hamiltonian systems, which are mathematical models of mechanical syste...
The Lagrangian representation of multi-Hamiltonian PDEs has been introduced by Y. Nutku and one o...
This is the text of a talk given in Dalmine on May 9, 2007, during one of the “scientific meetings” ...
The chapter will illustrate how concepts in differential geometry arise naturally in different area...