ONLINE CATALOGUE

Help

Normal view MARC view ISBD view

Digital fabrication and bioplastics : applications for interior design / bachelor thesis by Laura Gaspari ; thesis advisors : Prof. Javier Martín, Prof. Yüksel Pöğün-Zander, PhD.

By: Gaspari, Laura [author].
Contributor(s): Martín, Javier [thesis advisor] | Pöğün-Zander, Yüksel [thesis advisor] | Berlin International University of Applied Sciences. Faculty of Design [issuing body].
Material type: TextTextPublisher: Berlin, Germany : BAU International Berlin University of Applied Sciences, 2018Description: [8], 40, [3] pages : illustrations (colour) ; 30 cm.Content type: text | still image Media type: unmediated Carrier type: volumeSubject(s): BB 350.07: Interior design, architecture -- Materials -- Natural polymers | BB 350.08: Interior design, architecture -- Materials -- Synthetic materials | BB 080.04: Interior design, architecture -- Special aspects -- Environment | CC 500.05: Product design -- Manufacturing processes -- 3D printing | CC 400.00: Product design -- Products -- Mixed/generalGenre/Form: Academic thesesDDC classification: 721.04 Online resources: Full text
Contents:
MACHINE-GENERATED CONTENTS NOTE: Abstract -- 1. Introduction -- 2. (Bio)plastics -- 2.1 From bio-based plastics to synthetic plastics: the history of bioplastics -- 2.2 Starched-based plastic -- 2.3 Bioplastics from waste -- 3. Digital techniques for bioplastics -- 3.1 Digital fabrication principles -- 3.2 Laser cutting -- 3.2.1 Laser cutting techniques: -- a. Contouring: dECOi Architects - One Main Office Renovation -- b. Folding: Akihisa Hirata - Bloomberg Pavilion -- c. Sectioning: Toyo Ito and Cecil Balmond - Serpentine Pavilion -- d. Tiling: The Very Many - Vaulted Willow -- 3.3 Material experimentation -- 3.3.1 Preparation of starch-based bioplastic -- 3.3.2 Design and laser cutting -- 4. Conclusion.
Dissertation note: DISSERTATION NOTE: bachelor thesis in Interior Design, BAU International Berlin University of Applied Sciences, Berlin, Germany, 2018. Summary: MACHINE-GENERATED SUMMARY NOTE: "Over the last 50 years, digital fabrication has shaped the world of design and industrial production, reducing the gaps between digital technologies and the process of physical construction. In addition, issues related to climate change and carbon emissions have played a major role in the development of new sustainable materials. Although organic alternatives to plastic are in the process of being explored and developed, their application in interior design is still very limited. The reason for this can partly be attributed to the limited productive possibilities of these materials. In recent years, there has been a focus in the industry on combining such organic alternatives to plastic with digital manufacturing in the hope of achieving high-quality results for industrial applications. This gives rise to the question: is the manufacturing of bioplastic through digital fabrication a key tool in efforts to increase its applications in architecture and interior projects?" -- Abstract, unnumbered page preceding p. 1.Summary: MACHINE-GENERATED SUMMARY NOTE: "The aim of this research is to explore the properties of bioplastics and to come to an understanding as to whether the manufacturing of this material by means of digital fabrication tools can allow the achievement of higher quality results and therefore lead to its wider application in architecture and interior design projects. This thesis seeks to offer insight into the current situation concerning the unsustainability of traditional plastics and a general overview of the alternative plastics currently available on the market. Two types of plastic in particular will be analysed: starch-based bioplastics, and bioplastics derived from waste. Subsequently, an insight concerning digital fabrication and its main techniques will provide the basis for the experimental part of the thesis, in which will be analyzed the domestic production of bioplastics and its digital processing, specifically with the laser cutter." -- From the introduction, p. 2.
    average rating: 0.0 (0 votes)
Current location Collection Call number Status Date due Barcode
Klingemann Library
DESIGN -- Interior design, architecture BB 350.07 G213 2018 (Browse shelf) No access to hard copy 2019-1983

DISSERTATION NOTE: bachelor thesis in Interior Design, BAU International Berlin University of Applied Sciences, Berlin, Germany, 2018.

BIBLIOGRAPHY NOTE: includes bibliographical references (p. [42]).

MACHINE-GENERATED CONTENTS NOTE:
Abstract --
1. Introduction --
2. (Bio)plastics --
2.1 From bio-based plastics to synthetic plastics: the history of bioplastics --
2.2 Starched-based plastic --
2.3 Bioplastics from waste --
3. Digital techniques for bioplastics --
3.1 Digital fabrication principles --
3.2 Laser cutting --
3.2.1 Laser cutting techniques: --
a. Contouring: dECOi Architects - One Main Office Renovation --
b. Folding: Akihisa Hirata - Bloomberg Pavilion --
c. Sectioning: Toyo Ito and Cecil Balmond - Serpentine Pavilion --
d. Tiling: The Very Many - Vaulted Willow --
3.3 Material experimentation --
3.3.1 Preparation of starch-based bioplastic --
3.3.2 Design and laser cutting --
4. Conclusion.

MACHINE-GENERATED SUMMARY NOTE:
"Over the last 50 years, digital fabrication has shaped the world of design and industrial production, reducing the gaps between digital technologies and the process of physical construction. In addition, issues related to climate change and carbon emissions have played a major role in the development of new sustainable materials. Although organic alternatives to plastic are in the process of being explored and developed, their application in interior design is still very limited. The reason for this can partly be attributed to the limited productive possibilities of these materials. In recent years, there has been a focus in the industry on combining such organic alternatives to plastic with digital manufacturing in the hope of achieving high-quality results for industrial applications.
This gives rise to the question: is the manufacturing of bioplastic through digital fabrication a key tool in efforts to increase its applications in architecture and interior projects?"
-- Abstract, unnumbered page preceding p. 1.

MACHINE-GENERATED SUMMARY NOTE:
"The aim of this research is to explore the properties of bioplastics and to come to an understanding as to whether the manufacturing of this material by means of digital fabrication tools can allow the achievement of higher quality results and therefore lead to its wider application in architecture and interior design projects. This thesis seeks to offer insight into the current situation concerning the unsustainability of traditional plastics and a general overview of the alternative plastics currently available on the market. Two types of plastic in particular will be analysed: starch-based bioplastics, and bioplastics derived from waste. Subsequently, an insight concerning digital fabrication and its main techniques will provide the basis for the experimental part of the thesis, in which will be analyzed the domestic production of bioplastics and its digital processing, specifically with the laser cutter."
-- From the introduction, p. 2.

SOURCE OF ACQUISITION NOTE: hard and digital copies acquired as obligatory copies from the author via Examinations Office, 2019-08-09. 1

ISSUING BODY NOTE: BAU International Berlin University of Applied Sciences is the former name of Berlin International University of Applied Sciences.

CATALOGUING: original descriptive cataloguing + summary + contents, 2019-08-13, 2019-11-16.

CATALOGUING: subject indexing + call number with BIDAC, 2019-08-13.

There are no comments for this item.

Log in to your account to post a comment.
Help | Berlin International University of Applied Sciences | Hans-Dieter Klingemann Library | Contact | Legal Notice | Privacy
© 2018-2020 CC-BY-SA Koha Library Software Community | Susanna Bartsch | Last update: December 1, 2019

Um unsere Webseite für Sie optimal zu gestalten und fortlaufend verbessern zu können, verwenden wir Cookies. Durch die weitere Nutzung der Webseite stimmen Sie der Verwendung von Cookies zu.

Powered by Koha

//