summary:Let $\mu \colon FX \to X$ be a principal bundle of frames with the structure group ${\rm Gl}_{n}(\mathbb R)$. It is shown that the variational problem, defined by ${\rm Gl}_{n}(\mathbb R)$-invariant Lagrangian on $J^{r} FX$, can be equivalently studied on the associated space of connections with some compatibility condition, which gives us order reduction of the corresponding Euler-Lagrange equations
Abstract. Numerical methods that preserve geometric invariants of the system, such as energy, moment...
In the reduction of field theories in principal $G$-bundles, when a subgroup $H\subset G$ acts by sy...
In this work, we develop a Lagrangian reduction theory for covariant field theories with gauge symme...
summary:Let $\mu \colon FX \to X$ be a principal bundle of frames with the structure group ${\rm G...
AbstractLet μ:FX→X be a principal bundle of frames with the structure group Gln(R) and let λ be a Gl...
summary:In this work, we consider variational problems defined by $G$-invariant Lagrangians on the $...
Let $\pi:P\to M^n$ be a principal G-bundle, and let ${\mathcal{L}}: J^1P \to\Lambda^n(M)$ b...
summary:Summary: The $r$-th order variational sequence is the quotient sequence of the De Rham seque...
The aim is to specify the equivalence criterion in some system of the free even order ordinary diffe...
This thesis is centred around higher-order invariant variational problems defined on Lie groups. We ...
AbstractWe compare Euler–Poincaré reduction in principal fibre bundles, as a constrained variational...
The book provides a comprehensive theory of ODE which come as Euler-Lagrange equations from generall...
Abstract. In this paper, foundations of the higher order variational sequence theory are explained. ...
This paper develops a structure-preserving numerical integration scheme for a class of higher-order ...
As is well-known, there is a variational principle for the Euler—Poincaré equations on a Lie algebra...
Abstract. Numerical methods that preserve geometric invariants of the system, such as energy, moment...
In the reduction of field theories in principal $G$-bundles, when a subgroup $H\subset G$ acts by sy...
In this work, we develop a Lagrangian reduction theory for covariant field theories with gauge symme...
summary:Let $\mu \colon FX \to X$ be a principal bundle of frames with the structure group ${\rm G...
AbstractLet μ:FX→X be a principal bundle of frames with the structure group Gln(R) and let λ be a Gl...
summary:In this work, we consider variational problems defined by $G$-invariant Lagrangians on the $...
Let $\pi:P\to M^n$ be a principal G-bundle, and let ${\mathcal{L}}: J^1P \to\Lambda^n(M)$ b...
summary:Summary: The $r$-th order variational sequence is the quotient sequence of the De Rham seque...
The aim is to specify the equivalence criterion in some system of the free even order ordinary diffe...
This thesis is centred around higher-order invariant variational problems defined on Lie groups. We ...
AbstractWe compare Euler–Poincaré reduction in principal fibre bundles, as a constrained variational...
The book provides a comprehensive theory of ODE which come as Euler-Lagrange equations from generall...
Abstract. In this paper, foundations of the higher order variational sequence theory are explained. ...
This paper develops a structure-preserving numerical integration scheme for a class of higher-order ...
As is well-known, there is a variational principle for the Euler—Poincaré equations on a Lie algebra...
Abstract. Numerical methods that preserve geometric invariants of the system, such as energy, moment...
In the reduction of field theories in principal $G$-bundles, when a subgroup $H\subset G$ acts by sy...
In this work, we develop a Lagrangian reduction theory for covariant field theories with gauge symme...