Piezoelectric materials like lead zirconium titanate (PZT) are increasingly used in high power actuator applications. Modeling these actuators has presented a challenge to many researchers for quite some time. We present a homogenized micro-mechanically based model and discuss its efficient numerical solution by applying the Finite Element (FE) method
International audienceA reduced-order modelling to predictively simulate the dynamics of piezoelectr...
A nonlinear finite element (FE) model based on domain switching was proposed to study the electromec...
Piezoelectric materials guarantee enhanced linearity and lower actuation voltages compared to electr...
It has been experimentally observed that piezoceramic materials exhibit different types of nonlinear...
Current models of non-linear electromechanical behaviours of piezoactuators are mostly intended for ...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
An accurate finite element (FE) model of piezoelectric tube actuator with nonlinearities is proposed...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
For the numerical simulation of non-linear piezoelectric material behavior, we use a constitutive re...
International audienceFerroelasticity and ferroelectricity are the non-linear behaviors exhibited by...
International audienceHere, the domain switching in a ferroelectric and ferroelastic single crystal ...
A micromechanically motivated model is proposed to capture nonlinear effects and switching phenomena...
Our aim is the motivation of a macroscopic constitutive model for engineering reliability analysis p...
International audienceA reduced-order modelling to predictively simulate the dynamics of piezoelectr...
A nonlinear finite element (FE) model based on domain switching was proposed to study the electromec...
Piezoelectric materials guarantee enhanced linearity and lower actuation voltages compared to electr...
It has been experimentally observed that piezoceramic materials exhibit different types of nonlinear...
Current models of non-linear electromechanical behaviours of piezoactuators are mostly intended for ...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
An accurate finite element (FE) model of piezoelectric tube actuator with nonlinearities is proposed...
This paper focuses on numerical strategies to predict the behavior of piezoelectric materials and de...
For the numerical simulation of non-linear piezoelectric material behavior, we use a constitutive re...
International audienceFerroelasticity and ferroelectricity are the non-linear behaviors exhibited by...
International audienceHere, the domain switching in a ferroelectric and ferroelastic single crystal ...
A micromechanically motivated model is proposed to capture nonlinear effects and switching phenomena...
Our aim is the motivation of a macroscopic constitutive model for engineering reliability analysis p...
International audienceA reduced-order modelling to predictively simulate the dynamics of piezoelectr...
A nonlinear finite element (FE) model based on domain switching was proposed to study the electromec...
Piezoelectric materials guarantee enhanced linearity and lower actuation voltages compared to electr...