REENGINEERING BASED ON 3D-SCANNING IN THE PROCESS OF PROPELLER ANALYTICAL STANDARD CONSTRUCTING FOR AN ULTRA-LIGHT TWIN-SEAT AIRCRAFT | Zendy

Ihor Bychkov | Zendy; Kateryna Maiorova | Zendy; Valeriia Suponina | Zendy; Serhii Riabikov | Zendy

Open Access

REENGINEERING BASED ON 3D-SCANNING IN THE PROCESS OF PROPELLER ANALYTICAL STANDARD CONSTRUCTING FOR AN ULTRA-LIGHT TWIN-SEAT AIRCRAFT

Author(s) -

Ihor Bychkov,

Kateryna Maiorova,

Valeriia Suponina,

Serhii Riabikov

Publication year - 2020

Language(s) - English

Resource type - Conference proceedings

DOI - 10.36074/24.04.2020.v2.09

Subject(s) - 3d scanning , business process reengineering , propeller , process (computing) , computer science , engineering , automotive engineering , mechanical engineering , engineering drawing , aerospace engineering , marine engineering , manufacturing engineering , operating system , artificial intelligence , lean manufacturing

The paper considers one of important areas of engineering, reengineering based on 3D scanning. Schemes of direct and reverse problems have been developed to solve the issue of restoring the analytical standard of the propeller of an ultralight two-seat aircraft. Their analysis is carried out and the implementation of tasks during the control operation in the production of such products is provided.

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