Izrada skulptura od valovitog kartona

Fuček, Marko (2015) Izrada skulptura od valovitog kartona. Master's thesis - Graduate Programme. Grafički fakultet. [Mentor: Lajić, Branka].

Preview

PDF DB487_Fucek_Marko.pdf Download (4MB) | Preview

Abstract

Karton je fantastičan materijal. Lagan, jeftin i u potpunosti reciklabilan, velike čvrstoće i krutosti u odnosu na svoju masu. Materijal je bez kojeg ne bismo mogli zamisliti funkcioniranje današnjeg potrošačkog svijeta. Karton je moguće iskoristiti i za nekakve druge strukture i oblike, koje nisu kartonske kutije, odnosno ambalažni proizvodi. Korištenjem niza metoda digitalne fabrikacije što uključuje računalno potpomognuti dizajn (CAD), računalno potpomognutu manufakturu te korištenje računalnom upravljanih strojeva (CNC ), moguće je proizvoditi razne atraktivne forme od kartona. To mogu biti skulpture životinja, ljudi, živih ili neživih objekata koji se mogu koristiti u svrhu promocija poduzeća, organizacija ili državnih tijela, ili pak mogu biti dio scenografija. Moguće je, jednostavnim postupcima pretvorbe 3d računalni model pretvoriti u set elemenata koji izrezivanjem te potom povezivanjem na adekvatan način mogu dati atraktivan fizikalni 3d model. Mogli bi smo reći digitalnu kartonsku skulpturu. Parametrijski dizjna i generativni algoritmi, omogućavaju nam izradu jedinstvenih zakrivljenih formi koje je pak moguće aproksimirati ravnim plohama koje je pak moguće izrezivati iz kartona koji je ravan materijal. Tim postupcima, moguće je dobiti građevinu jedinstvenog oblika, izrađenu od kartona i vezivnog sredstva. Otiskivanjem materijala, bilo digitalno ili konvencionalno, odnosno bojenjem materijala, kartona, izrađivanoj formi može se povećati vrijednosti, te na još lakši način prenijeti željena informacija.

Item Type:	Master's thesis - Graduate Programme
Mentor name:	Lajić, Branka
Thesis Committee:	Jurković, Vanda and Lajić, Branka and Pasanec Preprotić, Suzana
Defence date:	7 October 2015
Abstract in english:	Cardboard is fantastic material. Lightweight, inexpensive and fully recycable. It has huge strength and stiffness compared to its mass. It is the material without which we could not imagine the functioning of today's consumer world. Primarily used for packaging, it can be used for structures and forms other than cardboard boxes and packaging products. Using a number of digital fabrication methods like computer-aided design (CAD), computer aided manufacturing (CAM) and (CNC) machines controlled by computer we can produce various attractive forms from cardboard. We can construct cardboard sculptures of animals, humanoids, things that are alive or death in nature, that can be used in order to promote businesses, organizations or government bodies. We can also create things that can be parts of scenography. Using a simple procedures, it is possible to convert 3D computer model into a set of diagrams ready to be cutted from the sheet of cardboard, which can latter be glued together thus creating the pysical 3d model. We could say it is posible to digitaly create pysical 3d model. Parametric-Design and generative algorithms allow us to create unique curved shapes approximated by flat surfaces. Flat surfaces can be cut out of cardboard which is flat material. This way it is possible to construct a unique cardboard building with a unique form. Combining printing technique with cardboard, we can get objects of greater value, and is thus easier to transmit the desired information.
Uncontrolled Keywords:	karton, skulptura, CAD, CNC, generativni dizajn, parametrijski dizajn
Keywords in english:	cardboard, sculptures, CAD, CNC, generative design, parametric design
Subjects:	TECHNICAL SCIENCES > Graphic Technology
Institution:	Grafički fakultet
City:	Zagreb
Number of Pages:	48
Callnumber:	laj 2015 fuč
Inventory number:	DB487
Depositing User:	Elizabeta Rybak Budić
Status:	Unpublished
Date Deposited:	19 Oct 2015 10:58
Last Modified:	19 Oct 2015 10:58
URI:	http://eprints.grf.unizg.hr/id/eprint/2429

Actions (login required)

View Item