In the frame of Thermodynamics of irreversible process, a model describing the thermomagneto-mechanical behavior of a single crystal of Ni-Mn-Ga is built. The choice of internal variables is linked to the physics of the problem (fraction of martensite variants, fraction of Weiss domains, magnetization angle). The simulations permit to describe the paths in the space (stress, temperature, magnetic field) in agreement with experimental tests. A special attention will be devoted to the control laws required to use these functional materials as sensors or actuators
Abstract. This report represents some new experimental results and the quantitative model describing...
In magnetically controlled shape memory (MSM) materials defonnation can be controlled by magnetic fi...
In this article, a microstructural model of the Heusler alloy with the shape memory effect caused by...
In the frame of Thermodynamics of irreversible process, a model describing the t...
In this paper, a predictive model of field-induced strain in Ferromagnetic Shape Memory Alloy (FSMA)...
ABSTRACT: The aim of the paper is the modelling of the rearrangement process between martensite vari...
This article briefly summarizes the mechanism of magnetic shape memory, main modeling principes and ...
Some of the Ni-Mn-Ga alloys exhibit a large shape change in magnetic field. This phenomenon occurs i...
International audienceWe advance a three-dimensional phenomenological model for the magneto-mechanic...
Our time is highly characterized by the use of increasingly widespread electromagnetic actuators, fr...
The underlying mechanisms responsible for the giant magnetic or mechanical field-induced-strains in ...
Magnetic shape memory alloy actuators offer great potential for a new generation of actuators. We di...
Magnetic shape memory materials can deform by some percent via twin boundary motion under the influe...
In the present paper some magnetomechanical properties of a near-stoichiometric Ni-Mn-Ga magnetic sh...
We present a three-dimensional phenomenological model for the magneto-mechanical behavior of a magne...
Abstract. This report represents some new experimental results and the quantitative model describing...
In magnetically controlled shape memory (MSM) materials defonnation can be controlled by magnetic fi...
In this article, a microstructural model of the Heusler alloy with the shape memory effect caused by...
In the frame of Thermodynamics of irreversible process, a model describing the t...
In this paper, a predictive model of field-induced strain in Ferromagnetic Shape Memory Alloy (FSMA)...
ABSTRACT: The aim of the paper is the modelling of the rearrangement process between martensite vari...
This article briefly summarizes the mechanism of magnetic shape memory, main modeling principes and ...
Some of the Ni-Mn-Ga alloys exhibit a large shape change in magnetic field. This phenomenon occurs i...
International audienceWe advance a three-dimensional phenomenological model for the magneto-mechanic...
Our time is highly characterized by the use of increasingly widespread electromagnetic actuators, fr...
The underlying mechanisms responsible for the giant magnetic or mechanical field-induced-strains in ...
Magnetic shape memory alloy actuators offer great potential for a new generation of actuators. We di...
Magnetic shape memory materials can deform by some percent via twin boundary motion under the influe...
In the present paper some magnetomechanical properties of a near-stoichiometric Ni-Mn-Ga magnetic sh...
We present a three-dimensional phenomenological model for the magneto-mechanical behavior of a magne...
Abstract. This report represents some new experimental results and the quantitative model describing...
In magnetically controlled shape memory (MSM) materials defonnation can be controlled by magnetic fi...
In this article, a microstructural model of the Heusler alloy with the shape memory effect caused by...