Add to ORKGAbstract. Γ-convergence techniques and relaxation results of constrained energy functionals are used to identify the limiting energy as the thickness " approaches zero of a ferromagnetic thin structure Ω " = ! (−"; "), ! R2, whose energy is given by E"(m) = 1
The steady state of a magnetization M of a ferromagnetic sample Ω was first described by Landau and ...
Dimension reduction is used to derive the energy of grade two materials thin films.with bulk interfa...
Abstract. We give a model for the deformation and magnetization of a single crystal ferromagnetic sh...
Γ-convergence techniques and relaxation results of constrained energy functionals are used to identi...
International audienceAbstract.In this paper, a class of minimization problems, associated with the ...
A 3D−2D dimensional reduction argument through Γ-convergence and relaxation techniques for constrain...
International audienceIn this paper, a class of minimization problems, associated with the micromagn...
International audienceIn this paper, a class of minimization problems, labeled by an index 0 < h < 1...
On considère un film courbé mince ferromagnétique non soumis à un champ magnétique externe. Le compo...
In this paper, we study the thin-film limit of the micromagnetic energy functional in the presence o...
This doctoral dissertation is devoted to the modeling of curved thin films made of martensitic, hype...
International audienceIn this paper, starting from the classical 3D micromagnetic energy, we determi...
We consider a thin curved film made of a martensitic material. The behavior of the film is governed ...
We study a particular regime for thin rectangular micromagnetic films. Following an idea of Ignat an...
Micromagnetics is a nonlocal, nonconvex variational problem. Its minimizer represents the ground-sta...
The steady state of a magnetization M of a ferromagnetic sample Ω was first described by Landau and ...
Dimension reduction is used to derive the energy of grade two materials thin films.with bulk interfa...
Abstract. We give a model for the deformation and magnetization of a single crystal ferromagnetic sh...
Γ-convergence techniques and relaxation results of constrained energy functionals are used to identi...
International audienceAbstract.In this paper, a class of minimization problems, associated with the ...
A 3D−2D dimensional reduction argument through Γ-convergence and relaxation techniques for constrain...
International audienceIn this paper, a class of minimization problems, associated with the micromagn...
International audienceIn this paper, a class of minimization problems, labeled by an index 0 < h < 1...
On considère un film courbé mince ferromagnétique non soumis à un champ magnétique externe. Le compo...
In this paper, we study the thin-film limit of the micromagnetic energy functional in the presence o...
This doctoral dissertation is devoted to the modeling of curved thin films made of martensitic, hype...
International audienceIn this paper, starting from the classical 3D micromagnetic energy, we determi...
We consider a thin curved film made of a martensitic material. The behavior of the film is governed ...
We study a particular regime for thin rectangular micromagnetic films. Following an idea of Ignat an...
Micromagnetics is a nonlocal, nonconvex variational problem. Its minimizer represents the ground-sta...
The steady state of a magnetization M of a ferromagnetic sample Ω was first described by Landau and ...
Dimension reduction is used to derive the energy of grade two materials thin films.with bulk interfa...
Abstract. We give a model for the deformation and magnetization of a single crystal ferromagnetic sh...