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 …

This work deals with a comprehensive theoretical and numerical framework that allows the
modeling of finite strain magnetorheological elastomers (MREs) comprising mechanically …

This book provides a unified treatment of continuum physics. A systematic approach to the
balance equations is elaborated for wide-ranging classes of materials (classical continua …

This chapter provides a general and self-contained overview of the variational approach to
nonlinear dissipative thermo-mechanical problems initially proposed in Ortiz and Stainier …

A magnetic hysteresis model is developed based on the vector generalization of Jiles-
Atherton (JA) model combined with a simplified multiscale approach to take into account the …

Accurate modeling of the coupling between mechanical and magnetic behavior is a key
challenge for designing many electromagnetic devices. The requirements for such modeling …

Energy-based models (also called Vector Play models) are a class of phenomenological
models of magnetic hysteresis. In this work an original identification method is presented …

Fixed-point or Newton-methods are typically employed for the numerical solution of
nonlinear systems arising from discretization of nonlinear magnetic field problems. We here …

From the basic physical insight, the configuration and switching process of ferroelectric
domains are both governed by energetic principles. Based on these energetic principles, a …

In this paper, we investigate the modeling of ferromagnetic multiscale materials. We propose
a computational homogenization technique based on the heterogeneous multiscale method …