This paper presents numerical analyses and a physical experiment on efficiency of different shapes and material composition of piezo actuators on vibration reduction. For this purpose numerical models of a plate clamped on all sides with piezo actuators attached were developed. The elements used were either standard homogeneous elements or the proposed two-part elements with different material composition for inner and outer part of piezo ceramic. Numerical analyses were performed using ANSYS software
The design of control systems involving piezoelectric actuators and sensors requires an accurate kno...
A method to reduce vibration in a helicopter blade under a variable harmonic pressure loading using ...
Abstract: The mechanical displacement and the electric potential fields of piezoelectric materials h...
This paper deals with numerical analyses of plates vibration reduction effectiveness of an integrate...
This paper presents results of numerical simulations on reduction of sound pressure radiated from a ...
This paper presents results of numerical simulations on reduction of sound pressure radiated from a ...
Placement and sizing of piezo actuators is normally based on control effectiveness. However, retrofi...
This paper presents numerical analyses of the impact of the size of the sensor-actuator part on sens...
ABSTRACT: Future technologies in microsensing, microactuation, active changes in shapes of aerofoils...
The purpose of present investigations is development of optimisation methodology for an active vibra...
The work has been supported by the Czech Science Foundation Project Mechatronic structures with heav...
AbstractThe presented work is focused on simulation of piezoelectric effect in thin ceramic layers u...
In three separate works, the active control of vibration transmission in stiffened beams, plates and...
Many mechanical structures of mechatronic systems suffer from unwanted vibrations. The present paper...
The piezoelectric stack is employed as an actuator and a sensor in a variety of technical applicatio...
The design of control systems involving piezoelectric actuators and sensors requires an accurate kno...
A method to reduce vibration in a helicopter blade under a variable harmonic pressure loading using ...
Abstract: The mechanical displacement and the electric potential fields of piezoelectric materials h...
This paper deals with numerical analyses of plates vibration reduction effectiveness of an integrate...
This paper presents results of numerical simulations on reduction of sound pressure radiated from a ...
This paper presents results of numerical simulations on reduction of sound pressure radiated from a ...
Placement and sizing of piezo actuators is normally based on control effectiveness. However, retrofi...
This paper presents numerical analyses of the impact of the size of the sensor-actuator part on sens...
ABSTRACT: Future technologies in microsensing, microactuation, active changes in shapes of aerofoils...
The purpose of present investigations is development of optimisation methodology for an active vibra...
The work has been supported by the Czech Science Foundation Project Mechatronic structures with heav...
AbstractThe presented work is focused on simulation of piezoelectric effect in thin ceramic layers u...
In three separate works, the active control of vibration transmission in stiffened beams, plates and...
Many mechanical structures of mechatronic systems suffer from unwanted vibrations. The present paper...
The piezoelectric stack is employed as an actuator and a sensor in a variety of technical applicatio...
The design of control systems involving piezoelectric actuators and sensors requires an accurate kno...
A method to reduce vibration in a helicopter blade under a variable harmonic pressure loading using ...
Abstract: The mechanical displacement and the electric potential fields of piezoelectric materials h...