In recent times, measurement systems for acquiring individual head-related transfer functions (HRTFs) by inserting microphones at the entrances of both ear canals and recording the emitted sound signals of loudspeaker arrays have been presented. Various applications in research and development rely on precise binaural signals, for example to convincingly locate sound sources in a three-dimensional […]

This thesis aims at modelling and simulating the transmission paths of sound in the human auditory system using the finite element method. For this, a 3D model will be constructed and with the use of the multiphysics simulation software Comsol, the transmission of sound through different paths of the auditory system will be simulated. Through […]