Add to ORKGThe steady state of a magnetization M of a ferromagnetic sample Ω was first described by Landau and Lifschitz as the solution of a certain minimization problem, which is nowadays accepted as the relevant model to describe micromagnetic phenomena. For uniaxial material with easy axis e1, the free micromagnetic energy reads E(M) = d2
The precession β and the dissipation parameter α of a ferromagnetic material can be considered micro...
AbstractThis paper deals with the dynamic modelling of thin ferromagnetic layers, based on the coupl...
Die vorliegende Arbeit beschäftigt sich mit einer Klasse von Variationsproblemen, die im Kontext des...
Micromagnetics is a nonlocal, nonconvex variational problem. Its minimizer represents the ground-sta...
A micromagnetic model has been developed to simulate the magnetisation in a metallic thin film. This...
In this paper, we aim at a reduced 2d-model describing the observable states of the magnetization in...
The modelization of ferromagnetic materials obeys the micromagnetic theory proposed by W. F. Brown [...
The magnetic recording industry is continuously trying to increase the density of recording media. T...
We determine by a scaling calculation the limiting form of the free energy govern-ing a ferromagneti...
A 3D−2D dimensional reduction argument through Γ-convergence and relaxation techniques for constrain...
AbstractThe paper is concerned with a Landau-Lifshitz-type equation which was first raised by DeSimo...
International audienceAbstract.In this paper, a class of minimization problems, associated with the ...
In this paper, we study the thin-film limit of the micromagnetic energy functional in the presence o...
International audienceIn this paper, a class of minimization problems, associated with the micromagn...
Abstract. Γ-convergence techniques and relaxation results of constrained energy functionals are used...
The precession β and the dissipation parameter α of a ferromagnetic material can be considered micro...
AbstractThis paper deals with the dynamic modelling of thin ferromagnetic layers, based on the coupl...
Die vorliegende Arbeit beschäftigt sich mit einer Klasse von Variationsproblemen, die im Kontext des...
Micromagnetics is a nonlocal, nonconvex variational problem. Its minimizer represents the ground-sta...
A micromagnetic model has been developed to simulate the magnetisation in a metallic thin film. This...
In this paper, we aim at a reduced 2d-model describing the observable states of the magnetization in...
The modelization of ferromagnetic materials obeys the micromagnetic theory proposed by W. F. Brown [...
The magnetic recording industry is continuously trying to increase the density of recording media. T...
We determine by a scaling calculation the limiting form of the free energy govern-ing a ferromagneti...
A 3D−2D dimensional reduction argument through Γ-convergence and relaxation techniques for constrain...
AbstractThe paper is concerned with a Landau-Lifshitz-type equation which was first raised by DeSimo...
International audienceAbstract.In this paper, a class of minimization problems, associated with the ...
In this paper, we study the thin-film limit of the micromagnetic energy functional in the presence o...
International audienceIn this paper, a class of minimization problems, associated with the micromagn...
Abstract. Γ-convergence techniques and relaxation results of constrained energy functionals are used...
The precession β and the dissipation parameter α of a ferromagnetic material can be considered micro...
AbstractThis paper deals with the dynamic modelling of thin ferromagnetic layers, based on the coupl...
Die vorliegende Arbeit beschäftigt sich mit einer Klasse von Variationsproblemen, die im Kontext des...