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Numerical modelling and vibration analysis of human middle ear for application in sound conduction reconstruction

机译:人体中耳应用于声音传导重建的数值模拟与振动分析

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In this paper,we introduce a new numerical approach for estimating the hearing restoration eect prior to the tympanoplasty operation using the nite element harmonic vibration analysis.This kind of approach makes it possible to propose a new medical treatment for the recovery of conductive or cochlear hearing loss.First of all,precise geometric models of the middle ear,including healthy type model and tympanoplasty type models,are constructed on the basis of the computerized tomography (CT) scanning data.Then,frequency response characteristics of the stapes displacement in sound conduction are claried using the three-dimensional nite element harmonic vibration analysis.Based on the investigation results,we propose that the hearing restoration eect can be estimated by a comparison of the dierences in the stapes displacement between the reconstruction model and the healthy subject.
机译:在本文中,我们介绍了一种新的数值方法,用于使用NITE元素谐波振动分析在鼓膜振动术之前估算听力恢复EECT。这类方法可以提出一种新的医疗,以便恢复导电或耳蜗听力损失。在电脑断层扫描(CT)扫描数据的基础上,构建了中耳的所有,精确的几何模型,包括健康型式和鼓膜型​​型号,包括健康型式模型和鼓膜型型号.NETHEN的频率响应特性在声音传导中的频率响应特性在调查结果上进行了三维液元谐振振动分析。基于调查结果,我们建议通过比较重建模型与健康主体之间的树木位移中的分层的比较来估算听力恢复E请估算。

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