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Use of 3D printing for the construction of loaded parts
Matějka, Tomáš ; Fojtášek, Jan (referee) ; Zháňal, Lubor (advisor)
This thesis deals with designing and manufacturing of a 3D printed bump stop part of shock absorber with a predetermined deformation characteristic. The aim of this thesis is to confirm or refute the suitability of using 3D printers to produce stressed components. The introduction deals with the approach of the method of additive technology using three-dimensional fixed objects, the method of 3D printing. Followed by a division of individual methods, types of printers and usable materials. The suitability of use for our specific case is also mentioned there. Furthermore, in this thesis, the model itself is designed and the assumed deformation characteristics of the bump stop are calculated using the finite element method. The next part of the thesis describes the production of the bump stop using a 3D printer, the advantages and weaknesses of this technology and evaluated the printed model itself compared to the proposed one. The conclusion of the thesis is devoted to testing the manufactured bump stop, from which follows the suitability of using this technology.

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