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1.
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The analysis of the mechanics of the normal middle ear and of the middle ear with ossicular prosthesis is performed. The creation of the finite element model of the middl [...]
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2.
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The creation of the finite element model of the linear (passive) human cochlea is described. The model includes rigid wound helix, elastic basilar and Reissner’s membra [...]
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3.
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Dušek, D.
This paper is concerned with time non-stationary signal decomposition based on the cochlea function principle. The mathematical model of array of resonators is described [...]
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4.
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The analysis of the mechanics of the normal middle ear and of the middle ear with ossicular prosthesis is performed. The creation of the finite element model of the middl [...]
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5.
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Impedance and wall absorption are important characteristics of acoustical systems. Unlike the electrical case, no convenient commercial system is available for acoustical [...]
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6.
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Dušek, D.
This paper deal with possibilities of using of an array of resonators for decomposition of any non-stationary signals. A basic mathematical model composed from resonators [...]
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7.
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Dušek, D.
The analysis of mechanics of the normal human ear and of the is performed. The creation of the finite element model of the middle ear is described. The model of the norma [...]
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