A magneto-mechanical-thermal model based on a domain rotation mechanism is developed in this paper. An energy distribution parameter related to prestress and temperature is induced, which can be determined by simple experiments. Magnetization and magnetostriction of Terfenol-D at different temperatures and prestresses are calculated and estimated, which are consistent with experiments. The model can be applied to estimate prestress effects to magnetization. The results show that compressive prestress can increase to maximum using temperature of giant magnetostrictive materials. ? 2013 Springer-Verlag Wien.EI61323-132822
In this work we computationally study the effect of microstructure on saturation magnetostriction of...
Fe-Ga (Galfenol) is a rare-earth-free alloy with useful magnetostrictive properties of nominal cost ...
An operator-differential model for magnetostrictive energy harvesting proposed in the literature is ...
A magneto-mechanical-thermal model based on a domain rotation mechanism is developed in this paper. ...
A magnetoelastic constitutive theory of nonlinear anhysteretic behaviors based on domain rotation is...
Giant magnetostrictive materials such as Terfenol-D and Galfenol are used to design actuators and se...
This paper addresses the deveolopment of a magneto-elastic coupling dynamic hysteresis model for gia...
Based on the thermodynamic theory, by introducing the Weiss molecular field and considering current ...
Magnetization and magnetostriction behaviors of quasi-binary Tb xDy 1-xFe 2 alloys (Terfenol-D) near...
Dependence of magnetostrictive and magnetic properties on grain size was calculated numerically for ...
AbstractTerfenol-D rods, as a kind of giant magnetostrictive materials, are often used as active ele...
International audienceGiant magnetostrictive materials (GMM) can be integrated in actuator or sensor...
This paper addresses a multiscale strategy for the prediction of anhysteretic magneto-elastic behavi...
Actuators and linear motors are a common way to provide single axis motion and force. Rackand pinion...
A magnetomechanical coupling constitutive relation of the giant magnetostrictive material was invest...
In this work we computationally study the effect of microstructure on saturation magnetostriction of...
Fe-Ga (Galfenol) is a rare-earth-free alloy with useful magnetostrictive properties of nominal cost ...
An operator-differential model for magnetostrictive energy harvesting proposed in the literature is ...
A magneto-mechanical-thermal model based on a domain rotation mechanism is developed in this paper. ...
A magnetoelastic constitutive theory of nonlinear anhysteretic behaviors based on domain rotation is...
Giant magnetostrictive materials such as Terfenol-D and Galfenol are used to design actuators and se...
This paper addresses the deveolopment of a magneto-elastic coupling dynamic hysteresis model for gia...
Based on the thermodynamic theory, by introducing the Weiss molecular field and considering current ...
Magnetization and magnetostriction behaviors of quasi-binary Tb xDy 1-xFe 2 alloys (Terfenol-D) near...
Dependence of magnetostrictive and magnetic properties on grain size was calculated numerically for ...
AbstractTerfenol-D rods, as a kind of giant magnetostrictive materials, are often used as active ele...
International audienceGiant magnetostrictive materials (GMM) can be integrated in actuator or sensor...
This paper addresses a multiscale strategy for the prediction of anhysteretic magneto-elastic behavi...
Actuators and linear motors are a common way to provide single axis motion and force. Rackand pinion...
A magnetomechanical coupling constitutive relation of the giant magnetostrictive material was invest...
In this work we computationally study the effect of microstructure on saturation magnetostriction of...
Fe-Ga (Galfenol) is a rare-earth-free alloy with useful magnetostrictive properties of nominal cost ...
An operator-differential model for magnetostrictive energy harvesting proposed in the literature is ...