ISSN 2664-4282E-ISSN 2786-6181
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Additive Technologies and 3D Modelling in Jewellery Art

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The authors of the publication:
Nazarkevych Yevheniya
p.:
113–122
UDC:
739.2:7.038
Bibliographic description:
Nazarkevych, Ye. (2021) Additive Technologies and 3D Modelling in Jewellery Art. Folk Art and Ethnology, 2 (390), 113–122.

Author

Nazarkevych Yevheniya

a Ph.D. in Art Studies, a senior Lecturer at Fine Arts Department of the Institute of Arts (Borys Hrinchenko Kyiv University). ORCID: https://orcid.org/0000-0001-5388-1452

 

Additive Technologies and 3D Modelling in Jewellery Art

 

Abstract

In this article, the authoress explores and analyzes the potential of the integration of 3D models and additive technologies into the traditional artistic medium of jewellery art. The authoress discusses the meaning and attributes of the most common 3D jewellery modelling programmes. The article sheds some light on the development of three-dimensional printing as well. There is a presentation of describing the engineering process of creating jewellery on a 3D printer, and there is an analysis of the main additive technologies, as well as their application in jewellery production.

 

Keywords

3D‑modelling, 3D‑modelling programmes, 3D‑printing, jewellery, additive technologies, 3D‑printer, 3D‑artist.

 

References

  1. BREPOHL, Erhardt. The Theory and Practice of Goldsmithing. Translated from the German by V. KUZNETSOV. St. Petersburg: Solo, 2000, 528pp. [in Russian].
  2. VYNNYCHUK, Maiya, Maryna KOLOSNICHENKO. Stylistic Features While Designing Jewellery. In: Ihor PANASIUK, ed.‑in‑chief, Bulletin of the Kyiv National University of Technologies and Design. TechnicaalSciences Series. Kyiv2017, no.4 (112), pp.174–181 [in Ukrainian].
  3. VYNNYCHUK, Maiya, Olena KOLOSNICHENKO, Kalyna PASHKEVYCH. Analysis of Factors of Harmoniously Combining Accessories and Jewellery in the Suit System. In: Abstracts of Reports of the IIIrd International Theoretical and Practical Conference «The Current State of Light and Textile Industries: Innovation, Efficiency, and Environmental Friendliness» (Kherson, September 12–17, 2017). Kherson: KhNTU, 2017, pp. 122–123 [in Ukrainian].
  4. VYNNYCHUK, Maiya, Maryna KOLOSNICHENKO. Features of Jewellery Design. In: CollectedMaterials of the International Theoretical and Practical Conference «Current Issues of Modern Designing (April 20, 2018). Kyiv, 2018, vol.1, pp.320–323 [in Ukrainian].
  5. VYNNYCHUK, Maiya, Maryna KOLOSNICHEN­KO, Volodymyr MUSIYENKO, Anastasiya ANTONIUZ­HENKO. Jewellery Design Based on the Principles of Transformation. In: Mykola SKYBA, ed.‑in‑chief, Herald of the Khmelnytskyi National University. Technical Sciences. Khmelnytskyi, 2016, no. 6 (243), pp. 138–144 [in Ukrainian].
  6. VROCHYNSKA,Hanna. Ukrainian Folk Women’s Jewellery of the 19th– Early 20th Centuries. Kyiv: Genealogy, 2015, 108 pp. [in Ukrainian].
  7. HNATIUK, Liliya, Aliona SAULKO. Determining the 3D Printing Features while Creating a Variety of Design Objects. In: Iryna KUZNETSOVA, ed.‑in‑chief, Theory and Practice of Design: Collected Scientific Papers. National Aviation University. Kyiv: NAU Press, 2018, iss. 15, pp. 39–48 [in Ukrainian].
  8. DRACHENKO, D., O. TESLENKO. Modern 3D Modelling. In: Prospective Trends of Developing Modern Information Systems and Technologies: Collected Abstracts of Reports at the All‑Ukrainian Scientific and Practical Student Conference in Kropyvnytskyi on April 18, 2018. Kropyvnytskyi: CUNTU, 2018, pp. 23–24. In: Central Ukrainian National Technical University. 2018 [online]. Available from: http://dspace.kntu.kr.ua/jspui/bitstream/123456789/7891/5/ilovepdf_com-23-24.pdf (last retrieved: 18.03.2020) [in Ukrainian].
  9. CANESSA, Enrique, Carlo FONDA, Marco ZENNARO (eds.). Low‑Cost 3D Printing for Science, Education &Sustainable Development. ICTP –The Abdus Salam International Centre for Theoretical Physics. Trieste, Italy: AS ICTP– Science Dissemination Unit Press, 2013, 192 pp. [in Russian].
  10. LUKYANOVA,Daryna, Andriy STIOPKIN, Tetiana TURKA. Using Blender, a Free and Open‑­Source Cross-Platform 3D Computer Graphics Software Toolset, in the Learning Process. In: TeXnologyof E-Learning, 2016, no. 1, pp. 3–6 [in Ukrainian].
  11. SAVIELYEVA,Olena, Inna ARTEMYEVA, Stanislava ALEKSANDRIYSKA. Information Technologies in the Process of Learning Jewellery Design. Vasyl Sukhomlynskyi Mykolayiv National University. In: Serhiy USTENKO, ed.‑in‑chief, Geometric Modelling and Information Technologies: A Scholarly Journal. Mykolayiv: VSMNU Press, 2019, April, no. 1 (7), pp. 63–69 [in Ukrainian].
  12. SAITOV,V., Olena SAVIELYEVA, Inna SINKO, O. KRASILIA. Three-Dimensional Modelling of Jewellery in the ArtCAM JewelSmith System. In: Geometric Modelling and Computer Simultion. Proceedings of the Kharkiv State University of Food Technology and Trade..Kharkiv: KSUFTT, 2011, no. 28, pp. 194–200 [in Ukrainian].
  13. SAITOV,V. The Formation of Jewellery Olives. Odesa: Science and Technology, 2007, 155pp. [in Russian].
  14. SOLOVYOVA,Olena. 3D Printing Technologies. In: Volodymyr VANIN, ed.‑in‑chief, Applied Geometry and Engineering Graphics: An Interdepartmental Scientific and Technical Collection. Kyiv National University of Construction and Architecture, Ukrainian Association of Applied Geometry. Kyiv: KNUCA, 2020, iss. 97, pp. 36–148 [in Ukrainian].
  15. STRUTYNSKA,Oksana. Modern State and Prospects of Development of the 3D Modelling and 3D Printing Technologies. In: Viktor ANDRIUSHCHENKO (editorial board’s chair). Scientific Journal of the MykhayloDrahomanov National Pedagogical University. Series 2: Computer-Based Learning Systems: Collected Scientific Papers. Kyiv, 2018, no. 20 (27), pp. 88–94 [in Ukrainian].
  16. RUBANKA,Mykola, Nataliya OSTAPENKO, Alla RUBANKA. Features of Applying Modern Programmes in Jewellery Design. In: Ivan HRYSHCHENKO, ed.‑in‑chief, Art and Design: A Scholarly Journal. Kyiv National University of Technologies and Design. Kyiv: KNUTD, 2019, no. 4, pp. 109–118 [in Ukrainian].
  17. FEDOROV, Mykola, M, TRENKINA, Rostyslav LIUTYI. Modern Methods of Making Jewellery Reference Models in the Casting Technological Process after Smelting Patterns. In: Viktor KOVALIOV, ed.‑in‑chief, Herald of the Donbas State Engineering Academy: Collected Scientific Papers. Kramatorsk, 2017, no. 2 (41), pp. 76–81 [in Ukrainian].
  18. CHEMERYS,Hanna. Analysing the Tools of 3D Graphic Arts for Teaching Future Computer Science Bachelors. In: Viacheslav OSADCHYI, ed.‑in‑chief, Information Technologies in Education and Science: Collected Scientific Papers. Melitopol: Bohdan Khmelnytskyi Melitopol State Pedagogical Universoty, 2017, vol.1, iss. 9, pp. 283–287 [in Ukrainian].
  19. CHAKRAVORTY,Dibya. Standard Tessellation Language STL File Format (3D Printing)– Simply Explained. All3DP World’s №1 3D Printing Magazine. February 14, 2019 [online]. Available from: https://all3dp.com/what-is-stl-file-format-extension-3d-printing (last retrieved: 20.03.2020) [in English].
  20. CHOI,Kyunghee. AStudy on the Characteristics of 3D Printing Jewelry Design Utilizing with Fractal Geometry. In: Journal of Fashion Business. The Korean Society of Fashion Business. 2017, vol. 21, iss. 5, pp. 136–150 [in Korean].
  21. EOMSoHee. A Study on Diverse Expression in Modern Fashion through the Principle of Fractal Geometry. In: he Research Journal of the Costume Culture. The Costume Culture Association. 2010, vol. 18, iss. 4, pр. 703–716 [in Korean].
  22. FALKNER,Miranda, Evangelos POURGOURIS. Designing and Making Rings and Bangles. Marlborough (United Kingdom): Crowood Press, 2017, 270pp. [in English].
  23. ROOSENDAAL, Ton. History. Blender Foundation. In: Blender.org. Amsterdam, July2013 [online]. Available from: https://www.blender.org/foundation/history/ (last retrieved: 01.03.2020) [in English].
  24. KIM,MinJung. Study on Jewelry Design of Optical Pattern Using the Fractal Formative Principle (Unpublished Doctoral Dissertation). Gimhae (South Korea): Kaya University, 2011 [in Korean].
  25. LEHMANN, Anja, Andrea EHRMANN, Karin FINSTERBUSCH. Optimization of 3D Printing with Fexible Materials. In: Sabine KELLER, ed., Proceedings of the Aachen-Dresden-Denkendorf International Textile Conference, Stuttgart (Germany), November 30 – December 1,2017. Denkendorf: Deutsche Institute für Textil- und Faserforschung Denkendorf [DITF], 2017 [in English].
  26. McLACHLAN,Lynne. Phase Quintuple Neckpiece [online]. Available from: https://lynnemaclachlan.co.uk/collections/all-jewellery/products/copy-of-phase-statement-earrings (last retrieved: 10.09.2017) [in
    English].
  27. PALERMO,Elizabeth. Fused Deposition Modeling: Most Common 3D Printing Method. In: Jeanna BRYNER, ed.‑in‑chief, Live Science. September 19, 2013 [online]. Available from: https://www.livescience.com/39810-fused-deposition-modeling.html (last retrieved: 27.03.2020) [in English].
  28. SON, Ji min, &HWANG,In chul. Study on Jewelry Design Applying Formative Principle in Fractal Geometry. In: Journal of the Korea Society of Art & Design. Korea Society of Art & Design. 2017, vol. 20, iss. 1, pp. 187–204 [in Korean].
  29. LANSARD, Martin. Categories of 3D Printing Technologies. ANIWAA. February 27, 2020 [online]. Available from: https://www.aniwaa.com/3d-printing-technologies-and-the-3d-printing-process (last retrieved: 02.04.2020) [in English].
  30. 3D Printing Technology Guide. The Types of 3D Printing Technology. All3DP World’s №1 3D Printing Magazine. February7, 2020 [online]. Available from: https://all3dp.com/1/types-of-3d-printers-3d-printing-technology (last retrieved: 23.03.2020) [in English].

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