ANALYSIS OF MANUFACTURING METHODS AND TECHNIQUES FOR MULTI-FACETED SHAFTS
DOI:
https://doi.org/10.5281/zenodo.18472691Keywords:
multi-faceted shafts, polygonal cross-section, torque transmission, square and hexagonal shafts, fastening elements, material utilization coefficient, plastic deformation, mechanical engineering technologiesAbstract
This article analyzes the widespread application of cylindrical components and shafts with multi-faceted external
surfaces in mechanical engineering, instrument making, robotics, agriculture, mining, and other industrial sectors. The
structural and operational advantages of multi-faceted shafts, particularly those with square, hexagonal, and other regular
polygonal cross-sections, are examined. Practical examples of the use of such shafts for torque transmission in various
industries are presented, and their advantages over splined and pinned connections are substantiated.
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