International audienceWe present a Hamiltonian derivation of a class of reduced plasma two-dimensional fluid models, an example being the Charney-Hasegawa-Mima equation. These models are obtained from the same parent Hamiltonian model, which consists of the ion momentum equation coupled to the continuity equation, by imposing dynamical constraints. It is shown that the Poisson bracket associated with these reduced models is the Dirac bracket obtained from the Poisson bracket of the parent model
The geometric formulation of general port-Hamiltonian systems is used in order to obtain two structu...
International audienceFrom the Hamiltonian structure of the Vlasov equation, we build a Hamiltonian ...
We consider the concept of Stokes-Dirac structures in boundary control theory proposed by van der Sc...
International audienceWe derive the Hamiltonian structure of the modified Hasegawa-Mima equation fro...
International audienceThe Charney-Hasegawa-Mima equation is an infinite-dimensional Hamiltonian syst...
International audienceThe Hamiltonian structure for an infinite class of nonlinear reduced fluid mod...
International audienceWe consider the Hamiltonian structure of reduced fluid models obtained from a ...
International audienceThe Hamiltonian structures of the incompressible ideal fluid, including entrop...
International audienceWe address the problem of the existence of the Hamiltonian structure for an el...
International audienceWe derive the conditions under which the fluid models obtained from the first ...
International audienceThe role of projectors associated with Poisson brackets of constrained Hamilto...
International audienceFirst-class constraints constitute a potential obstacle to the computation of ...
Dirac’s theory of constrained Hamiltonian systems is applied to derive the Poisson structure of a cl...
International audienceWe present an infinite family of Hamiltonian electromagnetic fluid models for ...
Three applications of Hamiltonian Methods in Plasma Physics are presented. The first application is ...
The geometric formulation of general port-Hamiltonian systems is used in order to obtain two structu...
International audienceFrom the Hamiltonian structure of the Vlasov equation, we build a Hamiltonian ...
We consider the concept of Stokes-Dirac structures in boundary control theory proposed by van der Sc...
International audienceWe derive the Hamiltonian structure of the modified Hasegawa-Mima equation fro...
International audienceThe Charney-Hasegawa-Mima equation is an infinite-dimensional Hamiltonian syst...
International audienceThe Hamiltonian structure for an infinite class of nonlinear reduced fluid mod...
International audienceWe consider the Hamiltonian structure of reduced fluid models obtained from a ...
International audienceThe Hamiltonian structures of the incompressible ideal fluid, including entrop...
International audienceWe address the problem of the existence of the Hamiltonian structure for an el...
International audienceWe derive the conditions under which the fluid models obtained from the first ...
International audienceThe role of projectors associated with Poisson brackets of constrained Hamilto...
International audienceFirst-class constraints constitute a potential obstacle to the computation of ...
Dirac’s theory of constrained Hamiltonian systems is applied to derive the Poisson structure of a cl...
International audienceWe present an infinite family of Hamiltonian electromagnetic fluid models for ...
Three applications of Hamiltonian Methods in Plasma Physics are presented. The first application is ...
The geometric formulation of general port-Hamiltonian systems is used in order to obtain two structu...
International audienceFrom the Hamiltonian structure of the Vlasov equation, we build a Hamiltonian ...
We consider the concept of Stokes-Dirac structures in boundary control theory proposed by van der Sc...