Publication detail

Numerical Simulations of Electrical Characteristics of Piezoceramic Sensor

Petr Sedlak, Jiri Majzner Jan Havranek and Josef Sikula

Original Title

Numerical Simulations of Electrical Characteristics of Piezoceramic Sensor

English Title

Numerical Simulations of Electrical Characteristics of Piezoceramic Sensor

Type

conference paper

Language

en

Original Abstract

The paper presents the numerical approach and results for piezoceramic sensor electrical characteristics. A method for the analysis of piezoelectric media based on finite element calculations is presented. Object of study is a disc and the problem is defined as two dimensional axisymmetric task, for simplicity. The own algorithm was developed in MATLAB. The numerical results are compared with experimental results.

English abstract

The paper presents the numerical approach and results for piezoceramic sensor electrical characteristics. A method for the analysis of piezoelectric media based on finite element calculations is presented. Object of study is a disc and the problem is defined as two dimensional axisymmetric task, for simplicity. The own algorithm was developed in MATLAB. The numerical results are compared with experimental results.

Keywords

piezoceramic sensor, acoustic emission, numerical simulation, finite element method

RIV year

2006

Released

01.01.2006

Publisher

Vienna University of Technology

Location

Vieanna, Austria

ISBN

3-902463-05-8

Book

Proceedings of The Junior Scientist Conference 2006

Edition number

first

Pages from

69

Pages to

70

Pages count

2

BibTex


@inproceedings{BUT18424,
  author="Petr {Sedlák} and Jiří {Majzner} and Jan {Havránek} and Josef {Šikula}",
  title="Numerical Simulations of Electrical Characteristics of Piezoceramic Sensor",
  annote="The paper presents the numerical approach and results for piezoceramic sensor electrical characteristics. A method for the analysis of piezoelectric media based on finite element calculations is presented. Object of study is a disc and the problem is defined as two dimensional axisymmetric task, for simplicity. The own algorithm was developed in MATLAB. The numerical results are compared with experimental results.",
  address="Vienna University of Technology",
  booktitle="Proceedings of The Junior Scientist Conference 2006",
  chapter="18424",
  institution="Vienna University of Technology",
  year="2006",
  month="january",
  pages="69",
  publisher="Vienna University of Technology",
  type="conference paper"
}