A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is performed in the realm of $\Gamma$-convergence, providing an integral representation for the limit functional
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
A 3D-2D dimensional reduction analysis for supremal functionals is performed in the realm of Gamma*...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
A 3D-2D dimensional reduction analysis for supremal functionals is performed in the realm of Gamma*...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction for a nonlinear optimal design problem with a perimeter penalization is ...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
A 3D-2D dimension reduction is deduced, via Gamma convergence, for a nonlinear optimal design proble...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
3D-1D dimension reduction is deduced, via λ-convergence, for a nonlinear optimal design problem with...
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
This paper is devoted to the relaxation and integral representation in the space of functions of bou...
A 3D-2D dimensional reduction analysis for supremal functionals is performed in the realm of Gamma*...
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