Bone conduction sound transmission in humans has been extensively studied using
cochlear promontory vibrations. These studies use vibration data collected from …

In bone conduction (BC) stimulation, the sound travels from the site of stimulation to the
ipsilateral and contralateral cochlea. A frequency dependent reduction in BC hearing …

A lumped element impedance model of the inner ear with sources based on wave
propagation in the skull bone was used to investigate the mechanisms of hearing sensitivity …

This study investigates the effect of spatial release from masking (SRM) in bilateral bone
conduction (BC) stimulation at the mastoid. Nine adults with normal hearing were tested to …

A three-dimensional finite-element (FE) model of a human head including the auditory
periphery was developed to obtain a better understanding of bone-conducted (BC) hearing …

Background Under bone conduction (BC) stimulation, the otic capsule, and surrounding
temporal bone, undergoes a complex 3-dimentional (3D) motion that depends on the …

The study evaluates the accuracy of predicting intracochlear pressure during bone
conduction stimulation using promontory velocity and ear canal pressure, as less invasive …

Our ability to hear through bone conduction (BC) has long been recognized, but the
underlying mechanism is poorly understood. Why certain perturbations affect BC hearing is …

Background The frequency dependent contributions of the various bone conduction
pathways are poorly understood, especially the fluid pathway. The aim of this work is to …

Objective The term “labyrinthine concussion” has evolved to mean audiovestibular
dysfunction in the absence of a temporal bone fracture (TBF). Despite a multitude of case …