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Innovation of the Rep Rap 3D Printer
Zítka, Lukáš ; Zemčík, Oskar (referee) ; Sedlák, Josef (advisor)
The present Master thesis is focused on innovation and verification of the functionality of a 3D RepRap. The theoretical part of the thesis characterizes individual additive technologies. The practical part is focused on the design of the technical modifications of the printer in order to achieve the quality of the printing, while the current 3D printer design is compared with the innovative solution. The practical part tests the setting of print parameters, various materials for 3D printing and necessary finishing operations. The thesis is completed
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Sintering of parts produced by 3D FDM printing
Koníček, Jan ; Fiala, Zdeněk (referee) ; Zemčík, Oskar (advisor)
This diploma thesis deals with the issue of sintering of parts produced by 3D FDM printing. The main aim of the work is the design of a sample part and the selection of suitable materials for testing. Subsequently, an experiment is carried out, which involves printing samples from different materials on a 3D printer and sintering them in salt powder at different time intervals. This is followed by examination of the surface after sintering and weight changes due to material degradation. Then a tensile test is performed to show changes in tensile strength of the tested materials and as the last part of the experiment, fracture surfaces are examined under a microscope.
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Creation of a web application to select polymer materials based on mechanical properties for 3D printing
Kaziměrčíková, Lada ; Šafl, Pavel (referee) ; Binar, Tomáš (advisor)
This diploma thesis deals with 3D printing with a focus on the FDM method. Main objective of the thesis is to develop a web application which would assist in the selection of suitable polymer materials for FDM print, based on the required mechanical properties. The web application was created in Python with the usage of Flask framework and MySQL database. In order to develop this application, it was necessary to create an overview of material properties, mainly mechanical parameters and degradation mechanisms. Subsequently, testing in a climatic chamber was done, and also hardness and tensile tests for degraded samples. The collected data serves as the base of the understanding how given mechanical parameters may affect selection of the polymer material. The thesis then offers a practical instrument to help choose right material for FDM printing projects.
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Innovation of the Rep Rap 3D Printer
Zítka, Lukáš ; Zemčík, Oskar (referee) ; Sedlák, Josef (advisor)
The present Master thesis is focused on innovation and verification of the functionality of a 3D RepRap. The theoretical part of the thesis characterizes individual additive technologies. The practical part is focused on the design of the technical modifications of the printer in order to achieve the quality of the printing, while the current 3D printer design is compared with the innovative solution. The practical part tests the setting of print parameters, various materials for 3D printing and necessary finishing operations. The thesis is completed
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