ABSTRACT:This report contains a geometric model that could be used in voice production simulation, including the vocal folds and the vocal tract. These can be imported into Tecplot or other…
ABSTRACT:To better understand both the 3D geometric structure of human laryngeal anatomy and the structural attributes of its many tissue components we have acquired high-resolution magnetic resonance (MRI) spatially calibrated…
ABSTRACT:Quantification of vocal fold geometry is necessary for the development of anatomically realistic and consistently defined experimental/computational models of the glottic and subglottic regions. This technical memo primarily provides the…
ABSTRACT:Detailed muscle information is valuable for developing increasingly complex bio-mechanical models of the larynx (e.g., size, direction, structure, shape at origin and insertion). This report contains data of four male…
ABSTRACT:Finite element modelling of the human laryngeal system is dependent on accurate models of the geometry. Using standard models for verification of method is key to moving the field forward. …
ABSTRACT:Finite element modeling of the human laryngeal system is dependent on accurate models of the geometry. Using magnetic resonance images (MRIs) of a human laryngeal cartilage, CAD solid models were…
ABSTRACT:Detailed muscle information has become increasingly valuable as biomechanical models of the larynx have grown in complexity. For example, it has become progressively important to have more details of laryngeal…
ABSTRACT:Physiologic movement of the vocal fold/arytenoid complex occurs in three dimensions. However, most current modalities of clinical and imaging assessment of laryngeal function rely on two-dimensional information. This memo describes…
ABSTRACT:Magnetic resonance images (MRIs) X-ray computed tomography (CT) scans have become essential tools in both the clinical and research environment for obtaining anatomical information in both patients and tissue samples.…
ABSTRACT:Quantification of vocal fold geometry is necessary for the development of anatomical realistic and consistently defined experimental/computational models of the glottic and subglottic regions. Such models will facilitate the study…