National Repository of Grey Literature 4 records found  Search took 0.01 seconds. 
Computational modeling of the influence of geometry and material model on vibration of human vocal folds
Michálek, Mojmír Cyril ; Hájek, Petr (referee) ; Švancara, Pavel (advisor)
This theses focuses on a research of existing material and geometry models. Its effort is to gather and organize gathered information thus so that overview of geometries and material models was created. Furthermore an influence of Young’s modulus in tension of particular vocal fold layers was investigated using modal analysis. This was made for one three-dimensional (3D) and two two-dimensional (2D) geometry models.
Computational modeling of 3D printing structures made of PET-G material
Michálek, Mojmír Cyril ; Halama, Radim (referee) ; Vosynek, Petr (advisor)
Master’s thesis deals with computational modeling of 3D printing process done by FDM method made from PETG material using finite element method. Research section contains a brief description of 3D printing process modeling possibilities using finite element method and summarizes fundamental mechanical properties of thermoplastics. In practical section there is an evaluation of specimens printed of PETG material tensile tests. Further there is performed a sensitivity analysis of various influences on vertical imperfection of printed part Idler and is done its design modification, which is based on results of this analysis.
Computational modeling of 3D printing structures made of PET-G material
Michálek, Mojmír Cyril ; Halama, Radim (referee) ; Vosynek, Petr (advisor)
Master’s thesis deals with computational modeling of 3D printing process done by FDM method made from PETG material using finite element method. Research section contains a brief description of 3D printing process modeling possibilities using finite element method and summarizes fundamental mechanical properties of thermoplastics. In practical section there is an evaluation of specimens printed of PETG material tensile tests. Further there is performed a sensitivity analysis of various influences on vertical imperfection of printed part Idler and is done its design modification, which is based on results of this analysis.
Computational modeling of the influence of geometry and material model on vibration of human vocal folds
Michálek, Mojmír Cyril ; Hájek, Petr (referee) ; Švancara, Pavel (advisor)
This theses focuses on a research of existing material and geometry models. Its effort is to gather and organize gathered information thus so that overview of geometries and material models was created. Furthermore an influence of Young’s modulus in tension of particular vocal fold layers was investigated using modal analysis. This was made for one three-dimensional (3D) and two two-dimensional (2D) geometry models.

See also: similar author names
14 Michálek, Martin
3 Michálek, Matěj
4 Michálek, Michal
2 Michálek, Milan
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