Applications of 3D printing and digital transformation in aerospace engineering and telecommunication technologies
DOI:
https://doi.org/10.33919/YTelecomm.23.10.2Keywords:
aerospace engineering, space infrastructure, digital transformations, 3D modeling, 3D scanning, 3D printingAbstract
The aim of the development is to present the overall process of building functional prototypes for the purposes of aerospace engineering and telecommunication technologies, based on specific examples from the author's scientific and practical work. The scientific-applied contribution of the research is expressed in the correct selection and comparative analysis of compatible software products and devices for 3D modeling, digital transformation and 3D printing of objects from the space infrastructure and. in particular, of radio technical devices as key components of telecommunication satellites. The presented practical results are in the form of a final product that, if the criteria for precise modeling and the selection of a suitable material for 3D printing are met, can satisfy the quality criteria of the relevant industry for which it is intended.
References
MURPHY, Sean V. and Anthony ATALA. 3D bioprinting of tissues and organs. Nature Biotechnology [online]. 2014, vol. 32(8), pp. 773-785 [viewed 08.05.2024]. Available from: https://doi.org/10.1038/nbt.2958
MUNOZ-ABRAHAM, Armando. S., Manuel I. RODRIGUEZ-DAVALOS, Alessandra BERTACCO, Brian WENGERTER, John P. GABRIEL and David C. MULLIGAN. 3D Printing of Organs for Transplantation: Where Are We and Where Are We Heading?. Tissue engineering and regeneration. Current Transplantation Reports [online]. 2016, vol. 3, pp. 93-99 [viewed 08.05.2024]. ISSN 2196-3029. Springer Link. Available from: https://doi.org/10.1007/s40472-016-0089-6
ЧАВДАРОВ, Иван. Моделиране на роботи с 3D принтери. София: Университетско издателство „Св. Климент Охридски“, 2018. ISBN 978-954-074-455-1. [CHAVDAROV, Ivan. Modelirane na roboti s 3D printeri. Sofia: Universitetsko izdatelstvo „Sv. Kliment Ohridski“, 2018. ISBN 978-954-074-455-1.]
TORTA, Stephanie and Jonathan TORTA. 3D Printing: An Introduction, Mercury Learning and Information [online]. Dulles, Virginia, Boston, Massachusetts, 2019 [viewed 08.05.2024]. ISBN 978-1683922094. Available from: hps://terrorgum.com/tfox/books/3dprinting.pdf
KELLY, James F. 3D Printing: Build Your Own 3D Printer and Print Your own 3D Objects [online]. Pearson Education, Inc., 2014 [viewed 08.05.2024]. ISBN 978-0-7897-5235-2 [viewed 08.05.2024]. Available from: http://geo-dim-tol.ir/files/3dprinting.pdf
LEE, Hyub, Chin Huat Joel LIM, Mun J. LOW and Nicholas THAM. Lasers in additive manufacturing: A review. International Journal of Precision Engineering and Manufacturing-Green Technology [online]. 2017, vol. 4(3), pp. 307-322 [viewed 08.05.2024]. ISSN 2198-0810. Springer Link. Available from: https://link.springer.com/article/10.1007/s40684-017-0037-7
ГАЙДАРОВ, Иван. AI рационализира процеса на 3D печат. Digitalk [онлайн]. 4.08.2022 [прегледан 08.05.2023]. Достъпен на: https://digitalk.bg/peshat/2022/08/04/4376833_ai_racionalizira_procesa_na_3d_pechat/ [GAYDAROV, Ivan. AI ratsionalizira protsesa na 3D pechat. Digitalk [onlayn]. 4.08.2022 [pregledan 08.05.2023]. Dostapen na: https://digitalk.bg/peshat/2022/08/04/4376833_ai_racionalizira_procesa_na_3d_pechat/]
Китай ще строи 180-метров ВЕЦ с изкуствен интелект и 3D печат. Profit.bg [онлайн]. 02.09.2022 [прегледан 08.05.2023]. Достъпен на: https://profit.bg/kitay-shte-stroi-180-metrov-vets-s-izkustven-intelekt-i-3d-pechat/ [ Kitay shte stroi 180-metrov VETs s izkustven intelekt i 3D pechat. Profit.bg [onlayn]. 02.09.2022 [pregledan 08.05.2023]. Dostapen na: https://profit.bg/kitay-shte-stroi-180-metrov-vets-s-izkustven-intelekt-i-3d-pechat/]
МАЛЕШКОВ, Стоян и Веселин ГЕОРГИЕВ. Компютърна графика и фотореалистична визуализация. София: Нов български университет, 2014. ISBN 978-954-535-808-7. [MALESHKOV, Stoyan i Veselin GEORGIEV. Kompyutarna grafika i fotorealistichna vizualizatsia. Sofia: Nov balgarski universitet, 2014. ISBN 978-954-535-808-7.]
Разработиха 3D-принтер с изкуствен интелект. Economy.bg [онлайн]. 09.07.2019 [прегледан 08.05.2023]. Достъпен на: https://www.economy.bg/inovations/view/35679/Razrabotiha-3D-printer-s-izkustven-intelekt [Razrabotiha 3D-printer s izkustven intelekt. Economy.bg [onlayn]. 09.07.2019 [pregledan 08.05.2023]. Dostapen na: https://www.economy.bg/inovations/view/35679/Razrabotiha-3D-printer-s-izkustven-intelekt
