. "Matug, Michal" . . "Civ\u00EDn, Adam" . "191509" . . "Computational model of voice producting element in terms of varying inlet pressure"@en . "S" . . "Navr\u00E1til, Petr" . "Velk\u00E9 B\u00EDlovice" . "RIV/00216305:26210/11:PU93233" . "Computational model of voice producting element in terms of varying inlet pressure" . . . "Velk\u00E9 B\u00EDlovice" . . "The article analyzed the results of the computational model of reed-based element. This element is investigated for its potential suitability to generate an artificial source voice. The energy to the model is supplied by compressed air. In solution is considered to use two-way interaction between solid and fluid physics of the computational model. Basic characteristics (frequency spectrum, fundamental frequency) are evaluated for the generated source voice. Relationship between deformation of the reed and the pressure in front of the reed is presented. This characteristic is one of the basic when we deal with theory of phonation based on the compressed air %22bubble%22."@en . . "Computational model of voice producting element in terms of varying inlet pressure"@en . "Va\u0161ek, Martin" . . . . "26210" . . . . "6"^^ . . "Computational model of voice producting element in terms of varying inlet pressure" . . . "13th Conference Applied mechanics 2011" . "[7FADCD0BD78A]" . "Neuveden" . "6"^^ . "978-80-87434-03-1" . . "artificial vocal fold, vocal tract, FEM, structural-fluid interaction, reed-based element"@en . . . "2011-04-18+02:00"^^ . "Mi\u0161un, Vojt\u011Bch" . "\u0158eh\u00E1k, Kamil" . "4"^^ . "RIV/00216305:26210/11:PU93233!RIV12-MSM-26210___" . . "The article analyzed the results of the computational model of reed-based element. This element is investigated for its potential suitability to generate an artificial source voice. The energy to the model is supplied by compressed air. In solution is considered to use two-way interaction between solid and fluid physics of the computational model. Basic characteristics (frequency spectrum, fundamental frequency) are evaluated for the generated source voice. Relationship between deformation of the reed and the pressure in front of the reed is presented. This characteristic is one of the basic when we deal with theory of phonation based on the compressed air %22bubble%22." . . .