東華大學圖書館 |

Industrial Product Design by Using Two-Dimensional Material in the Context of Origamic Structure and Integrity = = Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Industrial Product Design by Using Two-Dimensional Material in the Context of Origamic Structure and Integrity =/
其他題名:	Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.
其他題名:	Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.
作者:	Yigit, Nergiz.
面頁冊數:	1 online resource (132 pages)
附註:	Source: Masters Abstracts International, Volume: 83-03.
Contained By:	Masters Abstracts International83-03.
標題:	Software. -
電子資源:	http://pqdd.sinica.edu.tw/twdaoapp/servlet/advanced?query=28476069click for full text (PQDT)
ISBN:	9798505500224

Industrial Product Design by Using Two-Dimensional Material in the Context of Origamic Structure and Integrity = = Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.
Yigit, Nergiz.

Industrial Product Design by Using Two-Dimensional Material in the Context of Origamic Structure and Integrity =Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem. - 1 online resource (132 pages)

Source: Masters Abstracts International, Volume: 83-03.

Thesis (M.A)--Izmir Institute of Technology (Turkey), 2004.

Includes bibliographical references

Throughout the history of industrial product design, there have always been attempts to shape everyday objects from a single piece of semi-finished industrial materials such as plywood, sheet metal, plastic sheet and paper-based sheet. One of the ways to form these two-dimensional materials into three-dimensional products is bending following cutting. Similar concepts of this spatial transformation are encountered in the origami form, which has a planar surface in unfolded state, then transforms to a three-dimensional state by folding or by folding following cutting. If so, conceptually it may be useful to think of one-axis bending, which is a manufacturing technique, is somewhat similar to folding paper.In this regard, the studies in the scope of computational origami, which light the way for real-world problems such as how sheets of material will behave under stress, have applications especially in .manufacturing phase. of industrial product design.Besides manufacturing phase, origami design is also used as a product design tool either in .concept creating phase. (in the context of its concepts) or in 'form creating phase' (in the context of its design principles).In this thesis, the designing of industrial products, which are made from sheet material, is presented in a framework that considers the origami design. In the theoretical framework, evolutionary progression of origami design is discussed briefly in order to comprehend the situation of origami design in distinct application fields.Moreover, the elements, principles, basics of origami design and origamic structures are generally introduced. The theoretical framework is completed with the descriptions of the concepts on origami design and origamic structures. In the practical framework, typical applications that have origamic structures in distinct industrial product fields are exemplified. Furthermore, sheet materials and their bending process are taken up separately. By means of its excessive advantages, sheet metal bending is particularly emphasized. The practical framework is completed with several case studies base on sheet metal bending. Finally, the study is concluded with the evaluation of the origamic-structured product in respect of good design principles. Furthermore, designing by considering origami design is recommended to designer to design a good industrial product.

Electronic reproduction.
Ann Arbor, Mich. :
ProQuest,
2023

Mode of access: World Wide Web

ISBN: 9798505500224Subjects--Topical Terms:

619355
Software.
Index Terms--Genre/Form:

542853
Electronic books.

Industrial Product Design by Using Two-Dimensional Material in the Context of Origamic Structure and Integrity = = Hucreli ya da hucresiz matrikslerin tek bir mikroakiskan kanal icinde birbirlerinde belirli uzakliklarda konumlanmasini saglayan yontem.
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500 $a Source: Masters Abstracts International, Volume: 83-03.
500 $a Advisor: Seckin, Yavuz.
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504 $a Includes bibliographical references
520 $a Throughout the history of industrial product design, there have always been attempts to shape everyday objects from a single piece of semi-finished industrial materials such as plywood, sheet metal, plastic sheet and paper-based sheet. One of the ways to form these two-dimensional materials into three-dimensional products is bending following cutting. Similar concepts of this spatial transformation are encountered in the origami form, which has a planar surface in unfolded state, then transforms to a three-dimensional state by folding or by folding following cutting. If so, conceptually it may be useful to think of one-axis bending, which is a manufacturing technique, is somewhat similar to folding paper.In this regard, the studies in the scope of computational origami, which light the way for real-world problems such as how sheets of material will behave under stress, have applications especially in .manufacturing phase. of industrial product design.Besides manufacturing phase, origami design is also used as a product design tool either in .concept creating phase. (in the context of its concepts) or in 'form creating phase' (in the context of its design principles).In this thesis, the designing of industrial products, which are made from sheet material, is presented in a framework that considers the origami design. In the theoretical framework, evolutionary progression of origami design is discussed briefly in order to comprehend the situation of origami design in distinct application fields.Moreover, the elements, principles, basics of origami design and origamic structures are generally introduced. The theoretical framework is completed with the descriptions of the concepts on origami design and origamic structures. In the practical framework, typical applications that have origamic structures in distinct industrial product fields are exemplified. Furthermore, sheet materials and their bending process are taken up separately. By means of its excessive advantages, sheet metal bending is particularly emphasized. The practical framework is completed with several case studies base on sheet metal bending. Finally, the study is concluded with the evaluation of the origamic-structured product in respect of good design principles. Furthermore, designing by considering origami design is recommended to designer to design a good industrial product.
520 $a Tasarim tarihi boyunca, gundelik objeleri tek bir parca kontraplak, metal levha, plastik levha ve kagit esasli levha gibi yari urunlerden bicimlendirme girisiminde bulunulmustur. Iki boyutlu bu levha malzemeleri uc boyutlu urunlere donusturme yontemlerinden birisi, kesmeyi takiben bukmedir. Buna benzer bir uzamsal donusume, acilmis bir durumdayken duzlemsel bir yuzeyi olan, daha sonra katlayarak ya da kesmeyi takiben katlayarak uc boyutlu bir hale donusturulen origami yapolaronda rastlanir. Oyleyse, bir imalat teknigi olan tek eksenli bukmenin kagit katlamaya benzedigini dusunmek kavramsal olarak yararli olabilir.Bu bakis acisiyla, matematiksel origami kapsaminda yer alan ve levha malzemelerin belli bir baski altindaki davranislarina aciklik getiren calismalar ozellikle endustri urunleri tasaromonon 'imalat safhaso'nda uygulama alani bulumaktadir. Origami tasarimi, imalat safhasonon yanisira, hem 'konsept tasarimi safhaso'nda (tasarim konseptleri baglaminda) hem de 'form tasarimi safhaso'nda (tasarim prensipleri baglaminda) bir tasarim araci olarak da kullanilir.Dolayisiyla, bu tezde, levha malzemelerden yapilmis endustri urunlerinin tasarimi, origami tasarimini goz onune alan bir cercevede sunulmustur. Teorik cercevede, origami tasaromonon farkli uygulama alanlarindaki konumunu kavrayabilmek icin evrimsel gelisimine kisaca deginilmistir. Ayrica, origami tasariminin elemanlari, prensipleri, esaslari ve origami turundeki yapilar tanitilmistir. Teorik cerceve, origami turundeki yapilara ve origami tasarimina dair kavramlarin betimlenmesiyle tamamlanmistir. Pratik cercevede, origami turu yapilara sahip tipik urun uygulamalari farkli alanlara dair olmak uzere orneklenmistir. Bunun yaninda, levha malzemeler ve bukulme yontemleri ayri ayri ele alinmistir. Cok sayida avantaji oldugu icin, metal levhalarin bukulmesi uzerinde ozellikle durulmustur. Pratik cerceve, metal levhalaron bukulmesine dayali birkac uygulama ile tamamlanmistir. Calismanin sonunda, origamik yapiya sahip endustri urunleri 'iyi tasarim prensipleri'ne gore degerlendirilmis, daha da fazlasi, iyi bir urun tasarlayabilmeleri icin, tasarimciya origami tasarimini goz onunde alarak tasarim yapabilecegi salik verilmistir.
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