Some mixed variational formulations are presented for the problem of a deforming and magneto-active body completely surrounded by free space. The possibility of large elastic deformations is considered, in particular due to the application of magnetic loads. One-, two- and three-field functionals are studied, for which either the magnetic vector potential or the magnetic field strength serve as leading variable. The relations between the different formulations are explained in terms of Legendre transformations and the Lagrange multiplier method
In the present context the variation is performed keeping the deformed configuration fixed, while a ...
This work deals with classical and mixed variational statements for the analysis of layered structur...
In this paper, we study some techniques for solving numerically magnetostatic systems. In particular...
Some mixed variational formulations are presented for the problem of a deforming and magneto-active ...
Artículo de publicación ISISome mixed variational formulations are presented for the problem of a de...
Some mixed variational principles are presented for problems involving electro-elastic interactions,...
Abstract: Two new variational principles for nonlinear magnetoelastostatics are derived. Each is bas...
A variational principle that can serve as the basis for a magneto-elastic stability (or buckling) pr...
Two variational principles for nonlinear magnetoelastostatics are studied, considering a magnetosens...
Artículo de publicación ISITwo variational principles for nonlinear magnetoelastostatics are studied...
The mathematical modelling of magneto- and electro-active elastomers is complicated because of the s...
AbstractThe fundamental equations, governing all the variables of the initial boundary value problem...
AbstractUnder the assumption of the quasi-static electric and magnetic fields the electro-magneto-el...
Based upon a variational principle derived in a preceding paper, expressions for the magneto-elastic...
This paper addresses the development of several alternative novel hybrid/multi-field variational for...
In the present context the variation is performed keeping the deformed configuration fixed, while a ...
This work deals with classical and mixed variational statements for the analysis of layered structur...
In this paper, we study some techniques for solving numerically magnetostatic systems. In particular...
Some mixed variational formulations are presented for the problem of a deforming and magneto-active ...
Artículo de publicación ISISome mixed variational formulations are presented for the problem of a de...
Some mixed variational principles are presented for problems involving electro-elastic interactions,...
Abstract: Two new variational principles for nonlinear magnetoelastostatics are derived. Each is bas...
A variational principle that can serve as the basis for a magneto-elastic stability (or buckling) pr...
Two variational principles for nonlinear magnetoelastostatics are studied, considering a magnetosens...
Artículo de publicación ISITwo variational principles for nonlinear magnetoelastostatics are studied...
The mathematical modelling of magneto- and electro-active elastomers is complicated because of the s...
AbstractThe fundamental equations, governing all the variables of the initial boundary value problem...
AbstractUnder the assumption of the quasi-static electric and magnetic fields the electro-magneto-el...
Based upon a variational principle derived in a preceding paper, expressions for the magneto-elastic...
This paper addresses the development of several alternative novel hybrid/multi-field variational for...
In the present context the variation is performed keeping the deformed configuration fixed, while a ...
This work deals with classical and mixed variational statements for the analysis of layered structur...
In this paper, we study some techniques for solving numerically magnetostatic systems. In particular...