This analysis develops a mechatronic module to detect surface defects using mathematical models and scanners, highlighting efficiency in defectoscopy.
Automated machine tools help to increase production efficiency. However, they do not allow to completely exclude defects on the machined surfaces of parts, the occurrence of which is caused by various external factors. In this regard the need to use of using scanning modules for detection of such defects is obvious. In the article the mathematical and computer models of the basic elements are considered, allowing to provide the development of technical solution for creation of mechatronic module for scanning of various objects for the presence of surface defects. The algorithm of computer modelling is presented, mathematical calculations of ball screw transmission and motor power of the mechatronic module are given. These calculations are evaluative and during the design development they should be performed again taking into account the use of specific components and their technical characteristics. A distinctive feature of this module is the scanning subsystem consisting of three scanners. The modular layout of the subsystem allows to use either all three scanners or only one scanner during scanning. The technical characteristics of the scanners required for the defectoscopy of parts surfaces are specified. The article also gives a brief comparative analysis of similar products designed for defectoscopy of various technical objects.
No takes yet. Share an insight, caveat, or question.
Karelin et al. (2025) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: