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Evaluation of geometric tolerances using 3D optical digitization
Veik, Matouš ; Zatočilová, Aneta (referee) ; Koutecký, Tomáš (advisor)
Bachelor‘s thesis deals with evaluation of geometric tolerances on models obtained by 3D optical digitization. In the first part is analyzed problematics of optical digitization in the field of standardization of optical systems. Another part of the bachelor thesis describes the process of evaluation of geometric specifications. The goal of this work is to compare the evaluation of geometrical tolerances according to ISO and ASME standards and their applications in GOM Inspect software.
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Thermal analysis of plastic part using finite element method
Zemanová, Lucie ; Nečas, David (referee) ; Zatočilová, Aneta (advisor)
The bachelor thesis deals with the thermal deformation of a plastic component after thermal loading and ways of processing digital data for a thermal analysis. There is optical digitizing outlined, since input data were obtained this way, and methods of subsequent processing for the thermal analysis. The analysis is carried out by the finite element method using ANSYS Workbench software. The finite element method is described. The work builds on measuring performed by photogrammetry, the aim is to compare applicability finite element method and photogrammetry for measuring deformation.
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Evaluation of geometric tolerances using 3D optical digitization
Veik, Matouš ; Zatočilová, Aneta (referee) ; Koutecký, Tomáš (advisor)
Bachelor‘s thesis deals with evaluation of geometric tolerances on models obtained by 3D optical digitization. In the first part is analyzed problematics of optical digitization in the field of standardization of optical systems. Another part of the bachelor thesis describes the process of evaluation of geometric specifications. The goal of this work is to compare the evaluation of geometrical tolerances according to ISO and ASME standards and their applications in GOM Inspect software.
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Thermal analysis of plastic part using finite element method
Zemanová, Lucie ; Nečas, David (referee) ; Zatočilová, Aneta (advisor)
The bachelor thesis deals with the thermal deformation of a plastic component after thermal loading and ways of processing digital data for a thermal analysis. There is optical digitizing outlined, since input data were obtained this way, and methods of subsequent processing for the thermal analysis. The analysis is carried out by the finite element method using ANSYS Workbench software. The finite element method is described. The work builds on measuring performed by photogrammetry, the aim is to compare applicability finite element method and photogrammetry for measuring deformation.
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