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Gluing of FDM 3d printed parts from PLA
Šlimar, Filip ; Slaný, Martin (referee) ; Zemčík, Oskar (advisor)
The thesis deals with the theory of 3D printing, materials for printing and bonding. It focuses on FDM printing and PLA material. It also compares gluing with other methods and deals with the distribution of adhesives, the gluing procedure and tests of glued joints. The work, based on literature studies, proposes an experiment to evaluate selected adhesives. The practical part contains a description, results and evaluation of the experiment. The evaluation of adhesives is based on tensile and shear strength.
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Production of lock screw
Šlimar, Filip ; Lidmila, Zdeněk (referee) ; Císařová, Michaela (advisor)
The project elaborated design of technology production of a screw for fastening of car wheels, made of material 11 320.3. A literary study of cold forming technology was conducted. The blank diameter of 15 mm was calculated. Several possible ways of production were considered and the most suitable option was chosen. The necessary calculations were made for this variant, in which the forming force of 1 313 kN was calculated, which was the main requirement for the selection of the TPZK 25 cold forming machine. Part of the work is a drawing of a tool assembly, ram and die.
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Gluing of FDM 3d printed parts from PLA
Šlimar, Filip ; Slaný, Martin (referee) ; Zemčík, Oskar (advisor)
The thesis deals with the theory of 3D printing, materials for printing and bonding. It focuses on FDM printing and PLA material. It also compares gluing with other methods and deals with the distribution of adhesives, the gluing procedure and tests of glued joints. The work, based on literature studies, proposes an experiment to evaluate selected adhesives. The practical part contains a description, results and evaluation of the experiment. The evaluation of adhesives is based on tensile and shear strength.
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Production of lock screw
Šlimar, Filip ; Lidmila, Zdeněk (referee) ; Císařová, Michaela (advisor)
The project elaborated design of technology production of a screw for fastening of car wheels, made of material 11 320.3. A literary study of cold forming technology was conducted. The blank diameter of 15 mm was calculated. Several possible ways of production were considered and the most suitable option was chosen. The necessary calculations were made for this variant, in which the forming force of 1 313 kN was calculated, which was the main requirement for the selection of the TPZK 25 cold forming machine. Part of the work is a drawing of a tool assembly, ram and die.
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