20.500.12556/RUL-119160 3D tisk pripomočkov za kitaro 3D printed guitar equipment Namen diplomskega dela je bil natisniti različne uporabniku prilagojene kitarske pripomočke in nato preveriti njihovo uporabnost. V teoretičnem delu je bil predstavljen 3D-tisk ter opisane dve izmed najpomembnejših tehnologij 3D-tiska, modeliranje s spajanjem slojev ? FDM (angl. fused deposition modelling) ter stereolitografija ? SLA (angl. stereolithography), ki sta bili tudi uporabljeni za tisk samih pripomočkov. V nalogi so poudarjeni pomen in nujnost personalizacije oziroma prilagajanje pripomočkov končnemu uporabniku. Opisali smo pripomočke, ki so bili natisnjeni, in sicer trzalice, kapodastra ter kitarsko stojalo. Na koncu teoretičnega dela so bili predstavljeni tudi nekateri že natisnjeni pripomočki za kitaro, opisane pa so tudi nastavitve tiska. V eksperimentalnem delu so bile podane kratke razlage materialov ter metod, ki so bile uporabljene. V nadaljevanju sledi opis programske ter strojne in ostale opreme. Razloženo je bilo kako je potekalo modeliranje v programu Blender. Primeri so ponazorjeni s slikami. Po korakih je bil opisan potek tiska trzalic, kapodastra ter kitarskega stojala z razloženimi nastavitvami v programski opremi tiskalnikov. Opravljeni so bili tudi testi preizkušancev z različnimi gostotami notranje zapolnitve na napravi dinamometer, da smo določili natezno trdnost materiala in tako ugotovili, katera gostota zapolnitve je primerna za tisk kapodastra. Ugotovili smo, da je najprimernejša gostota zapolnitve 100 %. Vsi rezultati, na osnovi katerih so bile povzete končne ugotovitve, so vključeni v preglednicah in diagramih ter predstavljeni v poglavju rezultati in razprava. Testirali smo tudi vse pripomočke, ki so bili natisnjeni, in podali svoje mnenje o njihovi učinkovitosti. The purpose of the diploma work was to print various customized guitar accessories and then check their usability. The theoretical part presented 3D printing and described two of the most important 3D printing technologies, fused deposition modeling - FDM (fused deposition modeling) and stereolithography - SLA (stereolithography), which were also used for printing the accessories. The importance and necessity of personalization or adaptation of devices to the end user were explained. We described the accessories that were printed, namely the picks, the capo, and the guitar stand. At the end of the theoretical part, some already printed guitar accessories were presented and the printing settings were described. In the experimental part, brief explanations of the materials and methods used were given. The following is a description of the software and hardware and other equipment. The modeling in Blender was explained and the examples were illustrated with pictures. Step-by-step, the process of printing picks, capos and guitar stands was described with explained settings in the printer software. Tests of test specimens with different infill densities were also performed on the dynamometer device to determine the tensile strength of the material and thus determine which infill density was suitable for capo printing. We found that the most suitable filling density was 100%. All the results on the basis of which the final findings were summarized are included in the tables and diagrams and presented in the chapter results and discussion. We also tested all the gadgets that were printed and gave our opinion on their effectiveness. FDM SLA kitarski pripomočki 3D-tisk trzalica kapodaster kitarsko stojalo FDM SLA guitar accessories 3D printing pick capo guitar stand true false false Slovenski jezik Angleški jezik Diplomsko delo/naloga 2020-09-04 08:00:48 2020-09-04 08:00:51 2022-08-31 03:51:43 0000-00-00 00:00:00 2020 0 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 1970-01-01 74792 5735.pdf 5735.pdf 1 3AA6C35C341FA1153D34456B86CC131E b1e9b75f1538bde6d3d7876a390e568f5fed06e8f6e7126bc335f156f6cec36a c1442605-a1b9-11eb-a523-00155dcfd717 https://repozitorij.uni-lj.si/Dokument.php?lang=slv&id=133850 Naravoslovnotehniška fakulteta 0 0 0