Add to ORKGThis study deals with a numerical solution of a 2D unsteady flow of a compressible viscous fluid in a channel for low inlet airflow velocity. The unsteadiness of the flow is caused by a prescribed periodic motion of a part of the channel wall with large amplitudes, nearly closing the channel during oscillations. The channel is a simplified model of the glottal space in the human vocal tract. The authors present several numerical tests of computational domain, of modified numerical scheme and types of mesh for the wall motion frequency 100 Hz
The study contributes to a more profound understanding of the mechanism of human voice production. T...
summary:The paper deals with numerical simulation of a compressible flow in time-dependent 2D domain...
This paper presents experimental and computational data on the coherent turbulent structures in fl...
This study deals with a numerical solution of a 2D unsteady flow of a compressible viscous fluid in ...
The work deals with the numerical solution of 2D unsteady compressible viscous flows in a symmetric ...
International audienceIn the paper a mathematical model of airflow in human vocal folds is presented...
The channels shape is a simplified geometry of the glottal space in the human vocal tract. Goal is n...
In this paper the numerical solution of two dimensional fluid-structure interaction problem is addre...
Finite-element modeling of self-sustained vocal fold oscillations during voice production has mostly...
In the paper a mathematical model of airflow in human vocal folds is presented. The geometry of the ...
A vibrating element on an elastic foundation in the wall of a channel conveying air approximates the...
The work presents an unsteady viscous flow for low upstream Mach number (M =0.012) in a 2D channel. ...
The unsteady two-dimensional flow through-fixed rigid in vitro models of the glottis is studied in s...
The purpose of the study is to determine whether a turbulence model in fluid flow calculation affect...
The acoustic spectrum of our voice can be divided into harmonic and inharmonic sound components. Whi...
The study contributes to a more profound understanding of the mechanism of human voice production. T...
summary:The paper deals with numerical simulation of a compressible flow in time-dependent 2D domain...
This paper presents experimental and computational data on the coherent turbulent structures in fl...
This study deals with a numerical solution of a 2D unsteady flow of a compressible viscous fluid in ...
The work deals with the numerical solution of 2D unsteady compressible viscous flows in a symmetric ...
International audienceIn the paper a mathematical model of airflow in human vocal folds is presented...
The channels shape is a simplified geometry of the glottal space in the human vocal tract. Goal is n...
In this paper the numerical solution of two dimensional fluid-structure interaction problem is addre...
Finite-element modeling of self-sustained vocal fold oscillations during voice production has mostly...
In the paper a mathematical model of airflow in human vocal folds is presented. The geometry of the ...
A vibrating element on an elastic foundation in the wall of a channel conveying air approximates the...
The work presents an unsteady viscous flow for low upstream Mach number (M =0.012) in a 2D channel. ...
The unsteady two-dimensional flow through-fixed rigid in vitro models of the glottis is studied in s...
The purpose of the study is to determine whether a turbulence model in fluid flow calculation affect...
The acoustic spectrum of our voice can be divided into harmonic and inharmonic sound components. Whi...
The study contributes to a more profound understanding of the mechanism of human voice production. T...
summary:The paper deals with numerical simulation of a compressible flow in time-dependent 2D domain...
This paper presents experimental and computational data on the coherent turbulent structures in fl...