Using of finite element method for modeling of active cochlea

V. Isailović, Milica G. Nikolić, D. Nikolić, I. Šaveljić, N. Filipovic
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引用次数: 0

Abstract

Human hearing system in general, and particularly the cochlea, is very interesting for investigation. The most important reason for it is hearing loss - a health problem that affects a large part of the world's human population. The highest percentage of people with hearing problems are older people, but the problem also occurs in newborns. Experimental research in this area provides some information about the level of hearing loss. Therefore, it is very useful to have a numerical model of the hearing system that can significantly contribute to the understanding of the origin of the mentioned health problem. Two numerical models are developed to investigate hearing problems: passive 3D cochlea model and 2D cochlea cross-section model. Those models are weakly coupled in order to make an active cochlea model [1].
利用有限元法对活动耳蜗进行建模
一般来说,人类的听觉系统,尤其是耳蜗,是非常有趣的研究对象。最重要的原因是听力损失——这是一个影响世界上很大一部分人口的健康问题。听力问题比例最高的是老年人,但新生儿也会出现听力问题。这方面的实验研究提供了一些关于听力损失程度的信息。因此,有一个听力系统的数值模型是非常有用的,它可以大大有助于理解上述健康问题的起源。针对听力问题,建立了被动三维耳蜗模型和二维耳蜗横截面模型。这些模型是弱耦合的,以形成一个有源耳蜗模型[1]。
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