Study on a High Frequency Resonance Fatigue Apparatus Using a Piezoelectric Vibrator

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In order to measure the fatigue property of the small and hard brittle components working under the condition of the little amplitude, high frequency force, a novel kind of high frequency resonance fatigue testing apparatus which driven by the piezoelectric vibrator is proposed. Firstly, the working principle of the apparatus is analyzed, and the dynamic model of the apparatus is established to get the systemic dynamic characteristics. Then a prototype is designed and produced. Finally, the maximum load on the sample is measured by the test. The results indicate that the maximum load on the sample is 75.1 N-172.5 N when the AC voltage amplitude (90 V-255 V) , thickness of the elastic loader (30 mm-45 mm)and the thickness of the plate spring (0.6 mm-1.2 mm) are changed. The prototype made in this paper is suitable for the tensile and fatigue testing with the load level mentioned above under the condition of little amplitude and high frequency force.

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Periodical:

Edited by:

Yangyu Wang

Pages:

76-80

DOI:

10.4028/www.scientific.net/KEM.546.76

Citation:

M. Jie et al., "Study on a High Frequency Resonance Fatigue Apparatus Using a Piezoelectric Vibrator", Key Engineering Materials, Vol. 546, pp. 76-80, 2013

Online since:

March 2013

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$38.00

[1] Kamiya, Hidehiro. Symposium of Japan ceramics academic conference, vol. 109(2008), pp.456-463.

[2] LI Y G, JI Z G. Test Technology and Testing Machine, vol1. (2006), pp.1-4.

[3] Tommy J. George, Jeremy Seidt, M. -H. Herman Shen, Charles J. Cross. International Journal of Fatigue, vol. 26(2004), pp.477-486.

[4] Soon-Bok Lee. KSMS Journal, vol. 5(1991), pp.115-124.

[5] Uwe Holzwarth, Petra Schaaff: Physical Review. B, Condensed Matter, vol. 69(2004), pp.94-110.

[6] Kohji Minoshima, Yoshihiro Maekawa, Kenjiro Komai. International Journal of Fatigue, vol. 22(2000), pp.757-765.

[7] J.E. Butler, J. Keating. Materials and Structures, vol. 14(1981), pp.25-33.

[8] Pavel M. Chaplya, Milan Mitrovic, Gregory P. Carman, etc. Journal of applied physics, vol. 100(2006), pp.111-124.

[9] Chung-Youb Kim, Ji-Ho Song, Do-Young Lee. International Journal of Fatigue, vol. 31(2009), pp.736-742.

[10] M. Yonekawa, T. Ishii, M. Ohmi, etc. Journal of Nuclear Materials, vol. 307-311, (2002), pp.1613-1618.

[11] K Berchem1, M G Hocking. Measurement science and technology, vol. 17(2006), pp.60-66.

[12] T.S. Sriram, M.E. Fine, Y.W. Chung. Review of Scientific Instruments, vol. 62(1991), p.2008- (2010).

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