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Design of a new version of a trolley and docking station for channel racks
Pastrnková, Markéta ; Vepřek, Jiří (referee) ; Vosynek, Petr (advisor)
The master's thesis deals with the analysis of the current version of the trolley and the docking station of the channel racks and the design of modifications. The theoretical part describes the components of the storage channel system. There is also explained principle of pallet storage in this part. In the following chapter, several variants of the design of the lifting mechanism of the lifting platform are elaborated. The work also presents static structural analysis of the current version of the trolley and docking station, parametric study and topological optimization of one of the components. Static structural analyzes were partially solved in the finite element software RFEM by Dlubal Software s.r.o company, and mainly in the software ANSYS Workbench 2020 R2 by ANSYS, Inc. company.
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Modernization of the undercarriage module of the mobile storage system
Pastrnková, Markéta ; Vepřek, Jiří (referee) ; Škopán, Miroslav (advisor)
The bachelor's thesis presents the results of the modification of the undercarriage module of the mobile storage system called VRS. The conceptual design of the undercarriage module was created in Inventor CAD software and strength test of structural design was performed in the finite element analysis software R-FEM by Dlubal Software s.r.o company, and also has been done verification study in ANSYS Workbench R19 Mechanical program by ANSYS, Inc company. The new model was developed in accordance with valid ČSN EN 15620 standards and especially the technological possibilities of SSI-Schäfer s.r.o. were taken into account. The proposed solution is intended primarily to make the production process more efficient and to provide higher carrying capacity. The existing solution is compared with the newly created solution.
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Design of a new version of a trolley and docking station for channel racks
Pastrnková, Markéta ; Vepřek, Jiří (referee) ; Vosynek, Petr (advisor)
The master's thesis deals with the analysis of the current version of the trolley and the docking station of the channel racks and the design of modifications. The theoretical part describes the components of the storage channel system. There is also explained principle of pallet storage in this part. In the following chapter, several variants of the design of the lifting mechanism of the lifting platform are elaborated. The work also presents static structural analysis of the current version of the trolley and docking station, parametric study and topological optimization of one of the components. Static structural analyzes were partially solved in the finite element software RFEM by Dlubal Software s.r.o company, and mainly in the software ANSYS Workbench 2020 R2 by ANSYS, Inc. company.
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Modernization of the undercarriage module of the mobile storage system
Pastrnková, Markéta ; Vepřek, Jiří (referee) ; Škopán, Miroslav (advisor)
The bachelor's thesis presents the results of the modification of the undercarriage module of the mobile storage system called VRS. The conceptual design of the undercarriage module was created in Inventor CAD software and strength test of structural design was performed in the finite element analysis software R-FEM by Dlubal Software s.r.o company, and also has been done verification study in ANSYS Workbench R19 Mechanical program by ANSYS, Inc company. The new model was developed in accordance with valid ČSN EN 15620 standards and especially the technological possibilities of SSI-Schäfer s.r.o. were taken into account. The proposed solution is intended primarily to make the production process more efficient and to provide higher carrying capacity. The existing solution is compared with the newly created solution.
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