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	The contribution to modal analysis of light structures with correction to additional transducer mass Pešek, Luděk ; Veselý, Jan This contribution deals with the correction of measured FRF's to additional mass represented by moving mass of transducer which makes identification of eigencharacteristics more accurate. The correction is aimed at the change of eigenfrequencies by me Detailed record
	Accoustic ananlysis of finite element models of supraglottal tract considering cleft palate Dedouch, K. ; Horáček, Jaromír ; Vampola, T. ; Vohradník, M. FE models of supraglottal tract for vowels /A/ and /I/ are analyzed considering the cleft palate. The modal analysis for the vowel /a/ indicate, that the formant frequencies F1 and F2 are influenced by the size of the cleft only slightly. The results Detailed record
	Frequency response functions modelling of the human skull with simulation of brain tissue influence Pešek, Luděk ; Horáček, Jaromír ; Hendrych, Pavel The frequency dependent transfer functions between various anatomically important points on the skull are modelled using the previously developed finite element (FE) models of the human skull. The influence of the brain tissue is taken into account and the results are compared with the original data obtained by the experimental modal analysis where the effects of soft tissues were simulated by an especially prepared gel. Detailed record
	Interaction between human supraglottal space and flexible structural boundary Dedouch, K. ; Horáček, Jaromír ; Vampola, T. ; Vohradník, M. A finite element model of the male supraglottal vocal tract is investigated. Modal analysis is focused on the investigation of interaction of the supraglottal acoustic space with flexible part of the vocal tract represented by the bone of hard palate and cartilage in the larynx. Detailed record
	A note to the influence of absorptive areas on dynamic characteristics of cylindrical acoustic space Dedouch, K. ; Horáček, Jaromír ; Vampola, T. The subject of the paper is numerical FE modal analysis of cylindrical acoustic space. The absorptive areas are taken into account on the part of the boundary of the acoustic space. The influence of wall impedance on the natural frequencies, damping and modes of vibration of acoustic space is studied. Detailed record
	Modeling of the response of harmonically excited supraglottal Dedouch, K. ; Horáček, Jaromír ; Vampola, T. The goal of the paper is harmonic analysis of supraglottal acoustic space modelled by two FE models. The finite element models represent the male vocal tract in between the vocal folds and the lips. A small flexible plate vibrating in the plane of the vocal folds excites the first FE model. The second FE model is excited by the harmonic acoustic pressure applied in a small circular hole situated in the plane of vocal folds. The excited acoustic field in supraglottal space corresponding to the first FE model is identical with the acoustic modes relevant to the acoustic space with closed - open ends, i.e., to the first two formants. Detailed record
	Modeling dynamic behaviour of tram wheels by the finite element method Podruh, J. ; Pešek, Luděk Investigation of raylway tram wheel vibration. The rim of wheel is separated by a rubber layer from the disk. Detailed record
	Modal analysis of a turbine blade - numerical modelling, experiment and correlation Hendrych, Pavel ; Pešek, Luděk ; Veselý, Jan Modal analysis of a steam low-pressure turbine blade is presented. Detailed record
	Dynamic analysis of the human supraglottal space considering acoustic-structural interaction Dedouch, K. ; Horáček, Jaromír ; Veselý, Jan ; Vampola, T. ; Svec, J. G. A simplified finite element) model of the human vocal tract is presented and its fundamental vibroacoustic characteristics are analysed. Solid-fluid interaction and acoustic wall impedance are taken into account on some parts of the boundaries of the acoustic space. Detailed record
	Modal analysis of rubber-damped wheel with and without the damper for SGP Graz Pešek, Luděk ; Veselý, Jan ; Vaněk, František ; Cibulka, Jan The aim of this work was to identify experimental eigenfrequencies, eigenmodes and loss factors for rubber-damped railway wheels with and without acoustic damper for SGP Graz. The excitation was realized by an elektrodynamic vibrator with different levels of excitation. The wheel was hung on the flexible rope. The frequency range was up to 6400Hz. Detailed record

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