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Design of the linear axis for the centroscope measuring device
Kopec, Adam ; Pavlík, Jan (referee) ; Holub, Michal (advisor)
The final thesis deals with the creation of a structural design of a linear motion axis for the measuring device centroskop. A search in the field of offered centroscopes was carried out and the following work was based on the specified parameters. In the system analysis, the use of the given types of design nodes was considered. The basic concept of the machine structure was finally determined by selecting a suitable variant, here multicriteria analysis was used. This was followed by a detailed design of the individual machine parts, involving engineering calculations and FEA analysis. The centroscope axis was built digitally in Autodesk Inventor. Subsequently, an assembly drawing with parts list and some additional drawings of major components were created. Beyond the brief, a basic concept of the axis support frame was also created.
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Multiparametric diagnostics of high-speed machine
Bowyer, Matouš ; Harčarík, Matej (referee) ; Jankových, Róbert (advisor)
The goal of the thesis was applying multiparametric diagnostics to determine the state and wear of a high-speed milling machine. In the theoretical section, selected areas of multiparametric diagnostics have been described as well as a significant focus on vibrodiagnostics. The chosen methods for the practical section were incorporated into the group “metrological diagnostics”. Several different types of measurements have been performed on the designed test piece. The measurements were analyzed and lead to these specific results: a drawing of the test piece, a structured methodology for evaluating the test piece, recommendations for diagnostics of the specific machine, and proposals for the future development of the field of metrological diagnostics.
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Multiparametric diagnostics of high-speed machine
Bowyer, Matouš ; Harčarík, Matej (referee) ; Jankových, Róbert (advisor)
The goal of the thesis was applying multiparametric diagnostics to determine the state and wear of a high-speed milling machine. In the theoretical section, selected areas of multiparametric diagnostics have been described as well as a significant focus on vibrodiagnostics. The chosen methods for the practical section were incorporated into the group “metrological diagnostics”. Several different types of measurements have been performed on the designed test piece. The measurements were analyzed and lead to these specific results: a drawing of the test piece, a structured methodology for evaluating the test piece, recommendations for diagnostics of the specific machine, and proposals for the future development of the field of metrological diagnostics.
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