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 …

Compact and high speed electromechanical systems lead to higher and higher levels of
multiaxial mechanical stress, that may strongly change the magnetic behavior of materials …

Abstract Shape Memory Alloys (SMAs) undergo an austenite–martensite solid–solid phase
transformation which confers its pseudo-elastic and shape memory behaviours. Phase …

Background Multiaxial dynamic loading situations occur in many industrial cases and
multiaxial dynamic test development is thus a crucial issue. Objective To meet this …

The recent development of endovascular therapies has been accompanied by increasingly
accurate navigation simulations to assist surgeons in decision making processes or to …

Purpose The aim of this work was to mechanically characterize a specific active guidewire
and catheters that are commercially available, for further implementation into numerical …

A multi-scale model simulating hysteretic thermomechanical behavior of polycrystalline
shape memory alloys (SMA) is presented. Using a kinetic Monte-Carlo approach, the energy …

This paper presents a new multiscale modeling dedicated to magnetic shape memory
alloys. It involves four scales from the domain scale to the macroscale. The model is …

This paper presents a comparative study between two micro–macro modeling approaches
to simulate stress-induced martensitic transformation in shape memory alloys (SMA). One …

We focus in this paper on a multiscale modeling approach of the materials' reversible
behavior involving couplings of the chemo-magneto-thermo-mechanical type. It is shown …