Finite element modeling of the human tympanic membraneby using sections of polymer-embedded temporal bone

Zhu Yizhou;Chen Lifen;Zhang Tianyu;Dai Peidong;Xie Youzhou;Yang Lin;Wang Keqiang;Wang Zhengmin;

Journal of Vibration and Shock ›› 2010, Vol. 29 ›› Issue (4) : 117-121.

PDF(1988 KB)
PDF(1988 KB)
Journal of Vibration and Shock ›› 2010, Vol. 29 ›› Issue (4) : 117-121.
论文

Finite element modeling of the human tympanic membraneby using sections of polymer-embedded temporal bone

  • Zhu Yizhou1; Chen Lifen1; Zhang Tianyu2;, Dai Peidong2;, Xie Youzhou2;, Yang Lin1; Wang Keqiang3;Wang Zhengmin2;
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Abstract


Three dimensional geometrical data of tympanic membrane were got by using sections of undecalcified polymer-embedded temporal bone. An efficient and high precision method using mixed element of the quadrangle element and triangle element was introduced into the mesh of eardrum by HyperMesh software. The meshed model was imported into CAE software ANSYS. After the analysis of statics under different sound pressure, natural vibration and harmonic response, the results were compared with the published data and the reliability based on the mixed element eardrum model was verified. The work in this paper provides theoretic foundation for subsequent research on ossicular chain of middle ear system.

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Zhu Yizhou;Chen Lifen;Zhang Tianyu;Dai Peidong;Xie Youzhou;Yang Lin;Wang Keqiang;Wang Zhengmin;. Finite element modeling of the human tympanic membraneby using sections of polymer-embedded temporal bone[J]. Journal of Vibration and Shock, 2010, 29(4): 117-121
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