Matematički model dinamike procesa prijenosa boje u uređaju za bojenje

Galanos, Marko (2013) Matematički model dinamike procesa prijenosa boje u uređaju za bojenje. Diploma work - Pre-Bologna programme. Grafički fakutet. [Mentor: Banić, Dubravko].

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Abstract

Teorijski dio ovog rada objašnjava opcenita nacela ofsetnog tiska na arke srednjeg formata. Naglasak je stavljen na nacin rada ofsetnog stroja Heidelberg KORS i njegovih osnovnih jedinica koje sudjeluju u procesu tiska. U teorijskom se dijelu takoder opisuju i neki osnovni pojmovi vezani uz ofsetni tisak kao što su otopina za vlaženje, ofsetno bojilo, tiskovna podloga te uvjeti i standardi kojih se treba pridržavati pri njihovoj uporabi i skladištenju. Teorijski dio završava osvrtom na buducnost ofsetnog tiska. Prakticni se dio rada odnosi na matematicke modele koji se bave dinamikom procesa transporta tiskarske boje i njezinom distribucijom na cilindrima u procesu tiska u ovisnosti o pocetnim uvjetima. U prakticnom se poglavlju takoder nalaze i graficki prikazi matematickih rješenja iz kojih smo izvukli zakljucke i pokazali da su u skladu s vec poznatim i eksperimentalno utvrdenim zakonitostima koje opisuju dinamiku i distribuciju boje u uredaju za bojenje.

Item Type:	Diploma work - Pre-Bologna programme
Mentor name:	Banić, Dubravko
Defence date:	8 March 2013
Abstract in english:	The theoretical part of this thesis describes the overall principles of medium sized sheetfed offset printing process. Emphasis is put on the mode of operation of a Heildelberg KORS model offset machine and its basic units which engage in the printing process. Furthermore, in the theoretical part, basic terms related to offset printing are described, such as dampening solution, offset ink, printing substrate and conditions and standards for their proper usage and storage. The theoretical part concludes with a review on the future of offset printing. The practical part of the thesis is related to mathematical models which pursue the dynamics of the transport process of printing ink and its distribution to cylinders, dependent on initial conditions. The practical part also contains graphical displays of mathematical solutions from which we have drawn conclusions and shown that they are compatible with already known and experimentally proven regularities describing the dynamics and distribution of ink in inking units.
Uncontrolled Keywords:	ofsetni tisak, matematicki model, distribucija
Keywords in english:	offset printing, mathematical model, distribution
Subjects:	TECHNICAL SCIENCES > Graphic Technology
Institution:	Grafički fakutet
City:	Zagreb
Number of Pages:	54
Callnumber:	ban 2013 gal
Inventory number:	D1035
Depositing User:	Dora Budić
Status:	Unpublished
Date Deposited:	17 Apr 2014 11:34
Last Modified:	17 Apr 2014 11:34
URI:	http://eprints.grf.unizg.hr/id/eprint/1629

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