An extensive growth in the application of ferromagnetic materials require a firm theoretical
understanding of the material behavior to accomplish accurate model prediction. The aim of …

A new magneto-mechanical coupling model was proposed for ferromagnetic materials
under applied stress and in magnetic fields. The proposed model is based on the …

This paper gives a bibliographical review of the finite element methods (FEMs) applied to
the analysis and simulation of smart materials and structures. The bibliography is an …

A continuum mechanical theory is formulated to address deformation of ferrous alloys under
combined high-pressure, high-rate loading in the presence of potentially large magnetic …

In this study, a new general nonlinear magneto-elastic coupled constitutive model was
proposed for soft ferromagnetic materials under magnetic field and pre-stress. The model is …

A finite strain continuum theory is advanced for static and dynamic simulations of material
response under combined mechanical and magnetic fields. The general thermomechanical …

This research introduces a new, numerical and experimental approach to the analysis of the
vibration of laminated structures resulting from magnetostriction. The focus is on the in-plane …

This work deals with the effect of mechanical deformation on the magnetic properties of non-
oriented electrical steels. Non-oriented electrical steel is probably the most used class of …

Based on the micro-domain theory, the macro-thermodynamic relationship, and the effective
field theory, an improved nonlinear constitutive model is established for ferromagnetic …

Geometric and kinematic aspects of intragranular as well as intergranular plastic
deformation of ferromagnetic polycrystals are discussed. Elastic strain is covered by the …