Our aim is to propose a theory which goes beyond the classical formulation of
thermodynamics. This is achieved by enlarging the space of basic independent variables …

Combining several theories this paper presents a general multiphysics framework applied to
the study of coupled and active materials, considering mechanical, electric, magnetic and …

The paper aims at the derivation of coupled evolution equations of charge carriers,
momentum, energy and the evolution equations of heat flux and charge carrier flux in …

In the framework of the extended irreversible thermodynamics with internal variables a
model for semiconductor crystals and superlattices with dislocations is proposed in order to …

A conceptually simple, but nonetheless nonlinear, rotationally invariant and
thennodynamically admissible, continuum theory of deformable semiconductors is …

The evolution equations of diffusion, momentum, energy, electromagnetic field and
nonequilibrium fluxes of mass, electric current and heat are formulated for a conducting …

The skin effect is rediscussed from the point of view of extended irreversible
thermodynamics. Within that framework, the current density flowing in a good conductor is …

Behaviour of irradiated thermoelastoplastic materials is described by internal variables
approach where total deformation is split into thermoelastic and plastic incompatible …

In this paper we deepen the study of a thermodynamical model, based on the extended
irreversible thermodynamics with internal variables, for a semiconductor doped by impurities …

Based on a phenomenological, nonlinear, rotationally invariant and thermodynamically
admissible theory of deformable piezoelectric semiconductors with interfaces, a completely …