Material PETG kot alternativa materialoma PLA in ABS pri 3D tisku

magistrsko delo

Miha Rečnik (Author), Igor Drstvenšek (Mentor), Zdenka Ženko (Mentor)

Abstract

V začetku magistrskega dela smo opisali definicije pojmov invencija, inovacija ter družbena odgovornost. Nato smo pregledali standard ISO 26000 in določili poglavja, ki so pomembna pri družbeni odgovornosti. Izbrani inovativni model, ki ga lahko izdelamo s 3D tiskalnikom, smo primerjali s standardom ISO 26000 da smo preverili, če inovacija povečuje družbeno odgovorno ravnanje. V nadaljevanju smo opisali preučevane materiale, stroj in uporabljeno programsko opremo. V praktičnem delu smo najprej predvideli način poteka dela z načrtom preizkusa. S prvima dvema preizkusoma smo testirali natezno in upogibno trdnost preizkušancev, izdelanih iz vseh treh materialov ob različnih pogojih, pri tretjem preizkusu pa smo s pomočjo 3D skenerja posneli natisnjen model in ga primerjali z njegovo CAD obliko. Dobljene rezultate smo na koncu analizirali in jih primerjali s postavljenimi hipotezami.

Keywords

3D tisk;slojevite tehnologije;inovacija;invencija;družbena odgovornost;PLA;ABS;PETG;magistrske naloge;

Data

Language:	Slovenian
Year of publishing:	2016
Typology:	2.09 - Master's Thesis
Organization:	UM FS - Faculty of Mechanical Engineering
Publisher:	[M. Rečnik]
UDC:	[004.9:620.17]+005.591.6(043.2)
COBISS:	20416790
Views:	1592
Downloads:	237
Average score:	0 (0 votes)
Metadata:

Other data

Secondary language:	English
Secondary title:	PETG material as an alternative to PLA and ABS material in 3D printing
Secondary abstract:	At the beginning of this work we define terms invention, innovation and social responsibility. Then we review standard ISO 26000 and select chapters that are important in social responsibility of our research problem. Selected 3D printing innovative model we then compare with the selected chapters from ISO standard to verify if the innovation increases socially responsible acting. The following describes studied materials, machine and software used for 3D printing. Then we plan the experiments. First two tests are tensile and flexural strength tests of the specimens produced from all three materials and various conditions. In the third test we compare 3D printed part with the same CAD model. This is made with 3D scanner and computer program. The results obtained in the end are analysed and compared with the hypotheses.
Secondary keywords:	3D print;additive manufacturing;innovation;invention;social responsibility;
URN:	URN:SI:UM:
Type (COBISS):	Master's thesis/paper
Thesis comment:	Univ. v Mariboru, Fak. za strojništvo, Gospodarsko inženirstvo
Pages:	XII, 57 f.
ID:	9170958