Fakulta prírodných vied UMB

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Prehliadanie Fakulta prírodných vied UMB podľa Predmet "3D tlačiarne"

Teraz sa zobrazuje 1 - 4 z 4
  • Obrázok miniatúry
    Položka
    3D tlačená šablóna ako učebná pomôcka pre axonometrické premietanie v technickom kreslení
    (Západočeská univerzita v Plzni, 2025) Kucmanová, Barbora; Kučerka, Martin
    Teaching aids are an integral part of the educational process and contribute significantly to the effective acquisition of new knowledge. The aim of our project was to design and produce a teaching tool that facilitates the learning of technical drawing for primary school students, specifically focussing on axonometric projections. This area deals with representing three-dimensional objects on a two-dimensional surface, which often poses a challenge to students. We designed and manufactured a template using a 3D printer to help students determine starting points and correct angles in axonometric projections. The main benefit of this tool is to increase the accuracy and speed of student work during lessons. At the end of the project, we prepared five model objects that can be drawn using the template. These objects are arranged by difficulty, allowing students to gradually develop their skills and progress from simpler to more complex tasks. Vyučovacie pomôcky sú neoddeliteľnou súčasťou vzdelávacieho procesu a významne prispievajú k efektívnemu osvojovaniu nových poznatkov. Cieľom našej práce bolo navrhnúť a vyrobiť učebnú pomôcku, ktorá uľahčí žiakom základnej školy výučbu technického kreslenia, konkrétne tému axonometrických premietaní. Táto oblasť je zameraná na zobrazovanie trojrozmerných telies na dvojrozmernú plochu, čo predstavuje pre žiakov často náročnú úlohu. Navrhli sme a pomocou 3D tlačiarne zhotovili šablónu, ktorá žiakom pomáha pri určovaní počiatočných bodov a správnych uhlov v axonometrických premietaniach. Hlavným prínosom tejto pomôcky je zvýšenie presnosti a rýchlosti práce žiakov počas vyučovacích hodín. V závere práce sme pripravili päť modelových objektov, ktoré je možné pomocou šablóny nakresliť. Tieto objekty sú zoradené podľa náročnosti, čo umožňuje žiakom postupne rozvíjať svoje zručnosti a prechádzať od jednoduchších k zložitejším úlohám.
  • Obrázok miniatúry
    Položka
    New technologies and materials in 3D printing for modern design
    (Západočeská univerzita v Plzni, 2024) Vojčeková, Terézia; Kučerka, Martin
    This article explores the impact of modern technologies, particularly 3D printing, on architectural and industrial design. It analyses the shift from traditional production methods that emphasized the harmony between material and form to modern approaches that prioritize functionality and efficiency. It also focuses on new technologies in 3D printing, such as multi-material printing, metal printing and bioprinting, and their use in various design fields. The article highlights the advantages of 3D printing such as the ability to create complex shapes, speed of production and minimization of waste. It also presents specific examples of 3D printed products, including a chair made from recycled materials, furniture made from wood waste, and a 3D printed house. It concludes by highlighting the potential of 3D printing and new materials to revolutionize design and manufacturing.
  • Obrázok miniatúry
    Položka
    Teaching aid for determining the dimensions of nuts and bolts using 3D printing
    (Západočeská univerzita v Plzni, 2024) Kucmanová, Barbora; Kučerka, Martin
    This paper explores the potential of 3D printing as a tool to make the teaching of engineering subjects more effective in the university. We address the question of how 3D printing can improve students' understanding of technical subjects in higher education. The aim of the work was to produce a concrete teaching aid as an educational tool to size bolts and nuts. We can conclude that 3D printing has great potential to improve the quality of education in technical subjects. It allows students to better understand theoretical concepts and acquire practical skills. In conclusion, 3D printing offers promising possibilities for making the teaching of technical subjects more effective.
  • Obrázok miniatúry
    Položka
    Using 3D print in student projects
    (Západočeská univerzita v Plzni, 2024) Tadialová, Alžbeta; Kvasnová, Petra
    Technology plays a key role in education, with 3D printing being one of the most innovative methods for developing technical skills and creativity in students. This article presents a student project focused on the design and production of cookie cutters for baking using 3D printing. The procedure includes steps from creating a design in vector software to modifying the model in a 3D environment to printing the final product itself. Students learn the basics of 3D modeling, master the practical challenges of printing, and deepen their technical thinking, project planning, and problem-solving skills. The result is a unique product and experience with digital technologies.