In this study, a three-dimensional finite-element model of the passive human cochlea was
created. Dynamic behavior of the basilar membrane caused by the vibration of the stapes …

In this paper, two sets of experimental results to extract the two effective elastic moduli, the
effective shear modulus, and the effective Poisson's ratio for the gerbil cochlear partition are …

Acoustic energy can be transmitted into the cochlea by two modes: one mode is the forward
stimulation where acoustic waves are normally transmitted from the tympanic membrane …

A finite-element analysis is used to explore the impact of elastic material properties,
boundary conditions, and geometry, including coiling, on the spatial characteristics of the …

While models in audio and speech processing are becoming deeper and more end-to-end,
they as a consequence need expensive training on large data, and are often brittle. We build …

Cochlear implants have been shown to successfully restore hearing to the profoundly deaf.
Despite this achievement, issues remain concerning the power consumption and the …

Numerical models of the human basilar membranes (BMs) with 0.4× 10− 3 and 2.8× 10− 3m
long ruptures and bosses were built and solved using the Finite Element Method. Possible …

Although orderly representation of sound frequency over space is a hallmark feature of the
primary auditory cortex (A1), the quantitative relationship between sound frequency and …

目的建立豚鼠耳蜗宏观生物数值模型. 方法取成年豚鼠1 只, 进行电耳镜, 声导抗, 听性脑干反应,
耳声发射及内耳薄层CT 扫描, 除外耳部疾患及内耳畸形, 全麻断头后取耳蜗, 经石蜡包埋 …

A three dimensional, Fluid–Structure Interaction model of the uncoiled cochlea was built and
calculated in the time domain in pre-and post-stapedotomy states. The model predicted the …