AbstractIn this work, a novel approach for optimization of finite element modeling (FEM) of lossy piezoelectric elements has been proposed. Procedure of optimization has consisted in sequential and iterative application of FEM and piezoelectric resonance analysis to complex electric impedance spectra of piezoceramic elements. For validation of proposed optimization procedure, FEM calculations of standard shape piezoelements (disks, shear plates, bars, and rods) made from porous PZT-type piezoceramics were fulfilled using FEM ANSYS software package
Piezoelectric materials allow for the transformation of mechanical strain energy into electrical ene...
Piezoelektrika haben ein breit gefächertes Anwendungsspektrum in Industrie, Alltag und Forschung. Di...
ABSTRACT: This work explores the design of piezoelectric transducers based on functional material gr...
AbstractIn this work, a novel approach for optimization of finite element modeling (FEM) of lossy pi...
We propose an enhanced iterative scheme for the precise reconstruction of piezoelectric material par...
Piezoelectric materials characterization is a challenging problem involving physical concepts, elect...
Three-dimensional modeling of piezoelectric devices requires a precise knowledge of piezoelectric ma...
The physical response of piezoelectric materials is governed by the strong coupling of mechanical an...
AbstractA new systematic and efficient algorithm to obtain the ten complex constants of piezoelectri...
AbstractThe presented work is focused on simulation of piezoelectric effect in thin ceramic layers u...
Among other applications piezoelectric transducers are widely used for acoustic wave generation and ...
AbstractIn this paper a non-destructive method to predict the whole three-dimensional set of electro...
[EN] An optimization of the excitation-measurement configuration is proposed for the characterizatio...
Piezoelectric materials are widely used in electromechanical sensors and actuators, in electronic eq...
International audienceNowadays, piezoceramics are commonly used in ultrasonic transducers (underwate...
Piezoelectric materials allow for the transformation of mechanical strain energy into electrical ene...
Piezoelektrika haben ein breit gefächertes Anwendungsspektrum in Industrie, Alltag und Forschung. Di...
ABSTRACT: This work explores the design of piezoelectric transducers based on functional material gr...
AbstractIn this work, a novel approach for optimization of finite element modeling (FEM) of lossy pi...
We propose an enhanced iterative scheme for the precise reconstruction of piezoelectric material par...
Piezoelectric materials characterization is a challenging problem involving physical concepts, elect...
Three-dimensional modeling of piezoelectric devices requires a precise knowledge of piezoelectric ma...
The physical response of piezoelectric materials is governed by the strong coupling of mechanical an...
AbstractA new systematic and efficient algorithm to obtain the ten complex constants of piezoelectri...
AbstractThe presented work is focused on simulation of piezoelectric effect in thin ceramic layers u...
Among other applications piezoelectric transducers are widely used for acoustic wave generation and ...
AbstractIn this paper a non-destructive method to predict the whole three-dimensional set of electro...
[EN] An optimization of the excitation-measurement configuration is proposed for the characterizatio...
Piezoelectric materials are widely used in electromechanical sensors and actuators, in electronic eq...
International audienceNowadays, piezoceramics are commonly used in ultrasonic transducers (underwate...
Piezoelectric materials allow for the transformation of mechanical strain energy into electrical ene...
Piezoelektrika haben ein breit gefächertes Anwendungsspektrum in Industrie, Alltag und Forschung. Di...
ABSTRACT: This work explores the design of piezoelectric transducers based on functional material gr...