20.500.12556/RUL-145547 Oblikovanje produkta z optimizacijo geometrije Designing product with topology optimization Diplomsko delo izpostavlja potratnost na področju materiala, časa in denarja. Izhodišče končnega izdelka so vezni elementi, ki jih lahko natisnemo s 3D tiskalnikom in služijo pri izgradnji sistemskega pohištva. Diplomsko delo raziskuje oblikovanje izdelka s procesom optimizacije topologije po smernicah sil, ki delujejo na objekt. Osredotoča se na proces, v katerem si oblikovalec s pomočjo računalniške simulacije pridobi izhodišče forme, po katerem nato postavi vektorje, potrebne za optimalno razdelitev sil po zastavljenem objektu. Vektorji služijo parametričnemu prilagajanju, kjer to izdelek zahteva. Diplomsko delo obravnava vezni element za primer izdelave izdelka s pomočjo optimizacije geometrije. Rešitev, ki jo ponuja diplomsko delo, je zmanjšana poraba materiala. Manjša poraba materiala predstavlja tudi manjši strošek produkcije pri enaki ali večji nosilni odpornosti objekta. Vse našteto pa sovpada z načeli trajnostnega oblikovanja. Diplomsko delo predstavlja optimizacijo tržnega vidika in možnost distribucije brez ne nujnih posrednikov. Končni izdelek je stol, na katerem je na veznem elementu predstavljen proces oblikovanja z optimizacijo topologije, s prilagodljivo konstrukcijo pa oblikovanje po meri človeka. The thesis is discussing the role of designers in increasingly technologically advanced processes, which are led by algorithms. With topology optimisation the shape is designed beforehand and can be optimised with the aid of force simulation. Optimisation is the process of removing excess material from an object at places where it’s not needed considering the forces. With this, we as designers are still part of the designing process, but we do not have complete control over the final form (due to the forces defining our form). The process of additive manufacturing is developing congruent with algorithms, which are becoming increasingly more effective and accessible. In my diploma thesis I wanted to combine the process of designing with algorithms with the process of additive manufacturing. This allows us to create and design entirely new forms. I will present and explain what topology optimisation is, the different kinds of additive manufacturing technologies (specifically FDM technology of 3D printing), the marketing aspect and distribution options. The final product is only an object, with which I will be able to research and explain the process of designing with topology optimisation and manufacturing with FDM technology. The solution that the thesis solves is the reduced consumption of material. Lower material consumption also means lower production costs. Equal or greater resistance of the object to the forces acting on it. Which represents a longer use of the item. All of the above coincides with the principles of sustainable design. The thesis represents the optimization of the market aspect and the possibility of distribution without unnecessary intermediaries. The final product is a chair that showcases the design process through topology optimization and human-tailored design. Industrijsko oblikovanje optimizacija geometrije oblikovanje in simulacija aditivne tehnologije verižne tehnologije odprta datoteka. Industrial design geometry optimisation design and simulation additive technologies technology open source. true false false Slovenski jezik Angleški jezik Diplomsko delo/naloga 2023-04-21 09:00:06 2023-04-21 09:00:19 2023-04-22 03:36:29 0000-00-00 00:00:00 2023 0 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 1970-01-01 26795 5938.pdf 5938.pdf 1 2DEAF3C09BACC6252743C9D393D7DCF8 db0453a53fcd999673b67cf1f825f7de88abbab53ea62e7df234ff0bf9eb9e98 063659db-e012-11ed-a314-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=168451 Akademija za likovno umetnost in oblikovanje 0 0 0