Variational principles for magnetohydrodynamics (MHD) were introduced by previous authors both in Lagrangian and Eulerian form. In this paper we introduce simpler Eulerian variational principles from which all the relevant equations of non-barotropic magnetohydrodynamics can be derived. The variational principle is given in terms of five independent functions for non-stationary barotropic flows. This is less then the eight variables which appear in the standard equations of barotropic magnetohydrodynamics which are the magnetic fiel
Summary A variational formulation is given for flows of a compressible ideal fluid by defining a Gal...
Stability conditions of magnetized plasma flows are obtained by exploiting the Hamiltonian structure...
The action principle of field theory, usually applied only to linear theories, such as electrodynami...
The current paper is devoted to the introduction of simpler Eulerian variational principles from whi...
In the framework of the variational principle the canonical variables describing ideal magnetohydrod...
ADSTRACT. This paper deals with magnetohydrodynamic channel flow problems. Attention is given to a v...
The book describes Fluid Dynamics, Magnetohydrodynamics, and Classical Thermodynamics as branches of...
Variational principle for calculating velocity profile and electric potential distribution in magnet...
The variational formulation of the axisymmetric magnetohydrodynamic equilibrium equations with plasm...
Carter and Lichnerowicz have established that barotropic fluid flows are conformally geodesic and ob...
The chain rule for functionals is used to reduce the noncanonical Poisson bracket for magnetohydrody...
International audienceCarter and Lichnerowicz have established that barotropic fluid flows are confo...
Variational principles in classical fluid mechanics and electromagnetism have sprinkled the literatu...
Variational principle for calculating velocity profile and electric potential distribution in magnet...
Electromagnetic phenomena in plasma are easier to describe in terms of fields, expressing the electr...
Summary A variational formulation is given for flows of a compressible ideal fluid by defining a Gal...
Stability conditions of magnetized plasma flows are obtained by exploiting the Hamiltonian structure...
The action principle of field theory, usually applied only to linear theories, such as electrodynami...
The current paper is devoted to the introduction of simpler Eulerian variational principles from whi...
In the framework of the variational principle the canonical variables describing ideal magnetohydrod...
ADSTRACT. This paper deals with magnetohydrodynamic channel flow problems. Attention is given to a v...
The book describes Fluid Dynamics, Magnetohydrodynamics, and Classical Thermodynamics as branches of...
Variational principle for calculating velocity profile and electric potential distribution in magnet...
The variational formulation of the axisymmetric magnetohydrodynamic equilibrium equations with plasm...
Carter and Lichnerowicz have established that barotropic fluid flows are conformally geodesic and ob...
The chain rule for functionals is used to reduce the noncanonical Poisson bracket for magnetohydrody...
International audienceCarter and Lichnerowicz have established that barotropic fluid flows are confo...
Variational principles in classical fluid mechanics and electromagnetism have sprinkled the literatu...
Variational principle for calculating velocity profile and electric potential distribution in magnet...
Electromagnetic phenomena in plasma are easier to describe in terms of fields, expressing the electr...
Summary A variational formulation is given for flows of a compressible ideal fluid by defining a Gal...
Stability conditions of magnetized plasma flows are obtained by exploiting the Hamiltonian structure...
The action principle of field theory, usually applied only to linear theories, such as electrodynami...