by Mirosław Bocian, Jerzy Kaleta, Daniel Lewandowski, Michał P. Przybylski
Abstract:
Abstract. The paper presents test stand designed for testing magnetorheological composites (MRC) under dynamic loading, together with the method for obtaining damping characteristics of the tested material. The test stand is based on Single-Degree-Of-Freedom system excited with use of modal hammer. The MRC is stimulated with use of double circular dipolar Halbach array based on neodymium magnets. The analysis of the experimental results is performed with use of the half-power method and the circle-fit method. results presented in the paper show usefulness of the test stand and of the method for obtaining damping parameters of the MRC. The results present change in the damping character of the material under variable magnetic field.
Reference:
Test stand and method for determination of the usefulness of the magnetorheological composites in active suspension systems (Mirosław Bocian, Jerzy Kaleta, Daniel Lewandowski, Michał P. Przybylski), In Key Engineering Materials, volume 598, 2014.
Bibtex Entry:
@Article{ 000189115,
author = {Bocian, Mirosław and Kaleta, Jerzy and Lewandowski, Daniel and Przybylski, Michał P.},
title = {Test stand and method for determination of the usefulness of the magnetorheological composites in active suspension systems},
journal = {Key Engineering Materials},
year = {2014},
volume = {598},
pages = {7-12},
abstract = {Abstract. The paper presents test stand designed for testing magnetorheological composites (MRC) under dynamic loading, together with the method for obtaining
damping characteristics of the tested material. The test stand is based on Single-Degree-Of-Freedom system excited with use of modal hammer. The MRC is stimulated
with use of double circular dipolar Halbach array based on neodymium magnets. The analysis of the experimental results is performed with use of the half-power
method and the circle-fit method. results presented in the paper show usefulness of the test stand and of the method for obtaining damping parameters of the MRC.
The results present change in the damping character of the material under variable magnetic field.},
doi = {10.4028/scientific.net/KEM.598.7},
gsid = {17013461558328978525},
keywords = {macierz Halbacha, smart materiał, metoda połowy mocy, metoda aproksymacji kołowej, analiza modalna, układ o jednym stopniu swobody},
url = {http://eds.a.ebscohost.com/ehost/pdfviewer/pdfviewer?sid=a4107cf5-e264-4d7e-a6b6-763c33396807%40sessionmgr4004&vid=2&hid=4102}
}