Higher-order differential equations and higher-order lagrangian mechanics

Author:

Crampin M.,Sarlet W.,Cantrijn F.

Abstract

The study of higher-order mechanics, by various geometrical methods, in the framework of the theory of higher-order tangent bundles or jet spaces, has been undertaken by a number of authors recently: for example, Tulczyjew [16, 17], Rodrigues [14, 15] de León [8], Krupka and Musilova [11, and references therein]. In this article we wish to complement these studies by approaching the subject from a new point of view, one which we developed for second-order differential equation fields and first-order Lagrangian mechanics in [19]. In particular, our aim is to show that many of the results we obtained there may be extended to the higher-order case.

Publisher

Cambridge University Press (CUP)

Subject

General Mathematics

Reference20 articles.

1. A new look at second-order equations and Lagrangian mechanics

2. Sur les systèmes mécaniques généralisés;Rodrigues;C. R. Acad. Sci,1976

3. Toward a classification of dynamical symmetries in classical mechanics

4. Ambiguities in the Lagrangian and Hamiltonian formalism: Transformation properties

5. Hamilton extremals in higher order mechanics;Krupka;Arch. Math,1984

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