By considering the closure property of a Lagrangian multiform as a conservation law, we use Noether’s theorem to show that every variational symmetry of a Lagrangian leads to a Lagrangian multiform. In doing so, we provide a systematic method for constructing Lagrangian multiforms for which the closure property and the multiform Euler–Lagrange (EL) both hold. We present three examples, including the first known example of a continuous Lagrangian 3-form: a multiform for the Kadomtsev–Petviashvili equation. We also present a new proof of the multiform EL equations for a Lagrangian k-form for arbitrary k
We establish a version of Noether's first Theorem according to which the (equivalence classes of) co...
Abstract. Recently, Lobb and Nijhoff initiated the study of variational (Lagrangian) structure of di...
This paper concerns the development and application of the multisymplectic Lagrangian and Hamiltonia...
A Lagrangian multiform enables the multi-dimensional consistency of a set of PDEs to be captured at ...
The conventional point of view is that the Lagrangian is a scalar object (or equivalently a volume f...
We present, for the first time, a Lagrangian multiform for the complete Kadomtsev-Petviashvili (KP) ...
AbstractIn this work we apply infinitesimal variational calculus to the systems of balance equations...
We give a version of Noether theorem adapted to the framework of μ-symmetries; this extends to such ...
summary:Some open problems appearing in the primary article on the symmetry reduction are solved. A ...
Noether’s Theorem relates the Action Integral of a Lagrangian with symmetries which leave it invaria...
Using the concept of variational tricomplex endowed with a presymplectic structure, we formulate the...
Lagrangian multiforms are an important recent development in the study of integrable variational pro...
Multidimensional consistency has emerged as a key integrability property for partial difference equa...
summary:Dynamical properties of singular Lagrangian systems differ from those of classical Lagrangia...
The interplay between symmetries, conservation laws, and variational principles is a rich and varied...
We establish a version of Noether's first Theorem according to which the (equivalence classes of) co...
Abstract. Recently, Lobb and Nijhoff initiated the study of variational (Lagrangian) structure of di...
This paper concerns the development and application of the multisymplectic Lagrangian and Hamiltonia...
A Lagrangian multiform enables the multi-dimensional consistency of a set of PDEs to be captured at ...
The conventional point of view is that the Lagrangian is a scalar object (or equivalently a volume f...
We present, for the first time, a Lagrangian multiform for the complete Kadomtsev-Petviashvili (KP) ...
AbstractIn this work we apply infinitesimal variational calculus to the systems of balance equations...
We give a version of Noether theorem adapted to the framework of μ-symmetries; this extends to such ...
summary:Some open problems appearing in the primary article on the symmetry reduction are solved. A ...
Noether’s Theorem relates the Action Integral of a Lagrangian with symmetries which leave it invaria...
Using the concept of variational tricomplex endowed with a presymplectic structure, we formulate the...
Lagrangian multiforms are an important recent development in the study of integrable variational pro...
Multidimensional consistency has emerged as a key integrability property for partial difference equa...
summary:Dynamical properties of singular Lagrangian systems differ from those of classical Lagrangia...
The interplay between symmetries, conservation laws, and variational principles is a rich and varied...
We establish a version of Noether's first Theorem according to which the (equivalence classes of) co...
Abstract. Recently, Lobb and Nijhoff initiated the study of variational (Lagrangian) structure of di...
This paper concerns the development and application of the multisymplectic Lagrangian and Hamiltonia...