A 3D Design Based on Jewelery Production Technology with Special Features

Authors

  • E S. Gamov
  • S B. Tonkovid
  • V A. Kukushkina
  • N A. Nikulcheva

DOI:

https://doi.org/10.14419/ijet.v7i3.5.15190

Published:

2018-07-07

Keywords:

.

Abstract

This article shows the process of development and manufacturing of the exclusive "Ring" product with application of modern technologies of its manufacturing. The main stages of the process of designing, modeling and getting the finished product are presents. Recommendations for the selection of software are given. The advantages of application of additive technologies in jewelry production are shown.

 

References

[1] Gamov E. S., Kukushkina V.A, (2018), Application of additive (digital) technologies for the manufacture of foundry artistic products, Foundry of Russia, No. 4, pp. 20-25.

[2] Gamov E. S., Kukushkina V. A, (2018), Theoretical and technological prerequisites for additive (digital) methods of foundry, Foundry of Russia, No. 3, pp. 28-38.

[3] Tonkovid O., Tonkovid S. B, (2017), Progressive Technologies in Industrial Design, School of Young Scientists. Materials of the regional profile seminar on the problems of technical sciences. Publishing house of the Lipetsk State Technical University, pp. 139-141.

[4] Bashkevich Yu. A., Tonkovid S. B, (2017), 3D technologies in design, Trends in the development of modern science. Sat. Theses of the reports of the scientific conference of students and postgraduates of the Lipetsk State Technical University: in 2 parts, pp. 87-89.

[5] Tonkovid S. B., Smetannikova T. A., Konovalova A. P, (2016), The role and importance of 3D technologies in the development of creativity, Development of personal creativity in modern educational space. Sat. materials of the interregional scientific and practical conference with international participation, Publisher: Yelets State University named after. I.A. Bunina (Yelets), pp. 94-99.

[6] Gudelaitis A. K., Zhukova L. T, (2013), Manufacturing of jewelry by the method of three-dimensional modeling using modern high-tech material processing processes, Design. Materials. Technology, No. 2 (27), p. 66.

[7] Kanessa E., Fonda K, (2013), Available 3D print for science, education and sustainable development, E. Kanessa, K. Fonda and other, Trieste: International Center for Theoretical Physics by Abdus Salam, p. 192.

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How to Cite

S. Gamov, E., B. Tonkovid, S., A. Kukushkina, V., & A. Nikulcheva, N. (2018). A 3D Design Based on Jewelery Production Technology with Special Features. International Journal of Engineering & Technology, 7(3.5), 10–12. https://doi.org/10.14419/ijet.v7i3.5.15190

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Received 2018-07-06
Accepted 2018-07-06
Published 2018-07-07