2019PubMedRequires access

[Human ear finite element model study of the effects of ear canal and middle ear cavity on air conduction and bone conduction].

Yingying Zhao, Y X Zhang, H G Liu, H Wang, Xuexue Pan, Xinsheng Huang

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Abstract

Our results show that, in air conduction, the ear canal significantly increases the middle-frequency response, while the middle ear cavity decreases the low-mid frequency response. Whereas, the ear canal and the middle ear cavity have slightly effect on bone conduction.

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What this paper is about

Our results show that, in air conduction, the ear canal significantly increases the middle-frequency response, while the middle ear cavity decreases the low-mid frequency response. Whereas, the ear canal and the middle ear cavity have slightly effect on bone conduction.

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Available abstract

Our results show that, in air conduction, the ear canal significantly increases the middle-frequency response, while the middle ear cavity decreases the low-mid frequency response. Whereas, the ear canal and the middle ear cavity have slightly effect on bone conduction.

Key concepts: Stapes, Middle ear, Bone conduction, Ear canal, Materials science, Thermal conduction, Semicircular canal, Outer ear

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[Human ear finite element model study of the effects of ear canal and middle ear cavity on air conduction and bone conduction]. — Research Paper | ScholarLens