Authors: N.V. Petrov, S.S. Nozirzoda, E.D. Petrova

Title of the article: Application of 3D-scanning technologies in reverse engineering of body parts

Year: 2023, Issue: 1, Pages: 34-41

Branch of knowledge: 2.5.6. Engineering technology

Index UDK: 004.925.83

DOI: 10.26730/1999-4125-2023-1-34-41

Abstract: Reverse engineering is one of the modern methods of creating digital models based on the model of a physical object, which can become a valuable tool for developing various product prototypes along with other traditional technologies. Reverse engineering using 3D scanning opens up many opportunities for product development and production. The various applications of reverse engineering can be divided into three main applications: prototyping parts, creating variations of existing parts, and developing completely new parts based on an existing environment or object. One of the most popular applications of this technology is the recovery of damaged or worn parts that are not available from the original supplier or do not have proper documentation. This is a common problem when working with old equipment or vintage cars, and it is always difficult to work with hand tools reverse engineered. The article presents the results of the development of body parts on the example of the oil and gas and automotive industries by 3D scanning. The possibility of using this technology in reverse engineering in the absence of design documentation for a specific component or assembly unit within the framework of import substitution is considered. The results of manufactured parts for car tuning by means of 3D printing with polymers are also given. According to the results of the work, the relevant conclusions are made about the effectiveness of the applied method in the context of the economic and time component.

Key words: reverse engineering 3D scanning surfaces solid-state model point cloud modeling pipeline fittings car tuning

Receiving date: 18.11.2022

Approval date: 15.01.2023

Publication date: 30.03.2023

CITE DOWNLOAD